Revealed: The top 15 Premier League hard men ever
24th March 2018, 4:56 pm
Updated: 27th March 2018, 1:06 pm
The Premier League has a history of incredibly tough competitors who adapted to the physical nature of the English game seamlessly.
15. John Hartson () – Click the right arrow, above, to see the whole gallery – The Welsh striker spent most of his Premier League career playing for London-based teams (Arsenal, West Ham and Wimbledon) but also featured for a couple of Midlands-based sides (West Brom and Coventry). Although he was clinical for all five clubs, his reputation as a hard man preceded him. He once booted Eyal Berkovic in the head while at the Hammers, so its no wonder Sir Alex Ferguson decided to sign Dwight Yorke instead of Hartson.
14. Michael Brown (Manchester City, Portsmouth, Tottenham Hotspur, Fulham, Wigan Athletic) – The combative midfielder was a stubborn opponent who was never afraid to leave a foot in. He had a reputation for stamping on opposition players, and infamously introduced his studs to Ryan Giggs shin at Old Trafford the season after doing the same to Portsmouth star Sean Davis.
13. Robert Huth (Chelsea, Middlesbrough, Stoke City, Leicester City) – The German formed one of the most solid and intimidating defensive partnerships with the equally imperious Wes Morgan at Leicester City. The former Stoke City centre half had previously left opposition strikers cowering when paired with Ryan Shawcross as well. Although not blessed with fantastic pace, the German was a physical specimen, and never afraid to let people know.
12. Martin Skrtel (Liverpool) – Martin Skrtel was reportedly so hard, he once order a Big Mac in Burger King and got one! Just kidding, but he was really tough. The most intriguing moment from his Premier League career was when he turned out for Liverpool with a full, thick head of hair. Who knew!
11. Steve Bould (Arsenal, Sunderland) – In case you dont remember, Arsenal in the 90s were really defensively solid, had a penchant for grinding out 1-0 wins and were not managed by Arsene Wenger. Mad to think! One of the main reasons for their fortitude was due to the resilient Bould, who was always willing to put his head where it hurts.
10. Thomas Gravesen (Everton) – The Dane joined Everton in 2000, and set about smashing his midfield counterparts into oblivion. Although he was very technically able, Gravesens legacy will be as a hardman which led to an incredibly surprising transfer to Real Madrid.
9. Jaap Stam (Manchester United) – Sometimes, footballers can be incredibly hard despite not looking the part. At Manchester United in the 90s, Nicky Butt was one such man  he looked quiet, but could put the foot in. Stam was the complete opposite. Standing at 63, with a clean shaven head and a piercing stare that could stop grown men in their tracks, the Dutchman terrified strikers up and down the country before he left United after a bust-up with Sir Alex.
8. Nemanja Vidic (Manchester United) – The Serbian was an old-school throwback to simpler times. With his nose plastered on one side of his face, a bandage more than likely draped around his forehead to stop a profusely bleeding cut and a set of old-school black boots, Vidic could have stepped out of the 1970s to play in the Premier League. A fantastic competitor and a relentless winner on the pitch, he will have been mortified at the liberties the Fernando Torres took with him
7. Neil 'Razor' Ruddock (Tottenham Hotspur, Liverpool, Queen's Park Rangers, West Ham United) – Ruddock was fearless on the pitch, squaring up to some of the Premier Leagues hardest men on multiple occasions. Although questions about his fitness and physique remained throughout his career, his place on the list cannot. He infamously broke Peter Beardsleys jaw in a testimonial match in 1995, and then followed that up by breaking both of Andy Coles legs in 1996.
6. Julian Dicks (West Ham United, Liverpool) – Dicks was always going to feature highly on this list. The defender was a terrifying sight for right-wingers who dared to take him on. Built like a bulldozer, with a crunching tackle and a sledgehammer of a shot in his locker, the Terminator left many men in heaps during his time in the Premier League.
5. Patrick Vieira (Arsenal and Manchester City) – Standing at 64, Vieira had the sheer presence to terrify opposition midfielders before a ball was even kicked. Like Vidic, the France international could arguably be considered more of a serial winner than a hardman per se. But the fact he received ten Premier League red cards and had one of the most brutal rivalries with Roy Keane seen in English football gets him on the list.
4. Duncan Ferguson (Everton and Newcastle) – Big Dunc became a club legend at Goodison Park for his love for the club and his dedication to the club. But the Blue side of Merseyside is porbably the only location on the globe where the Scot is so universally loved. He loved a physical battle with centre-halves and had a frightening temper on him. A burglar once broke into his house in 2001, so Ferguson duly bashed him up and sent him to hospital for three days.
3. Stuart Pearce (Nottingham Forest) – A calm and reserved man off the pitch, the England international earned his reputation as Psycho on it. His huge legs were as equally perfect for blasting home long-range free-kicks as they were at putting opposition forwards into the stands with crunching tackles. His long and decorated career saw him turn out 78 times for his country in a career that spanned 24 years. Thats a lot of bruised shins across a lot of countries.
2. Vinnie Jones (Wimbledon, Leeds United, Chelsea, Wimbledon, Queens Park Rangers) – The midfield enforcer may be better known for his appearances in Hollywood films nowadays, but there was a time when the former Sheffield United and Leeds midfielder terrified sides up and down the country. The leader of Wimbledons Crazy Gang, Jones was able to control games with his iron fist by bullying opposition midfielders. He holds the record for the fastest ever yellow card, a mere three seconds into an FA Cup game for Chelsea.
1. Roy Keane (Manchester United) – It couldnt be anyone else could it? The Irishman was a ferocious competitor on and off the pitch and never settled for second best. His demands of his team-mates were sometimes unrealistic, but he was always the first to defend them as captain as Manchester United. His crude cutting down of Alf-Inge Haaland was an example of the cold-hearted revenge Keane was capable of dishing out. In the same year, he also swung for Alan Shearer. Tough stuff.


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Brown's announcement today that Labour will introduce measures for 'Building Britains Future' should perhaps be retitled 'Re- building Britains Future? The normal practice in the building industry is to separate demolition experts from those that build. Even if he had the time to do it, is he as competent in building as he has been in demolishing? I have copied below, an extract from his speech today which, if the matter was not so serious, would be hilarious. At the same time it appears that they are not going to tell the people how they are going to fund these new measures until after the election, I wonder why? More gems from our masters today were, 'Ministers will have to defter and smarter when it comes to public spending' - Balls. 'Labour would outspend and out-reform the Tories' - Mandelson.
Cameron has admitted that the Tories were wrong to oppose the devolution of Scotland. He says that they should have paid more attention to 'legitimate' pressure for self-government. Perhaps he should also consider his party's failure to take any action on behalf of England. I believe it has been his excuse, until this latest confession, that devolution would destroy the Union. Much is being made about politicians becoming trustworthy, transparent and open about their intentions. If that is the case, why don't they come clean and admit that the reason they don't take any steps to put England on the same footing as Scotland is that they don't want to stop the EU plan to destroy England by breaking it up into regions? Not even daring to put the issue into public debate and put the issue to the people by referendum?
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Mel received his first flight lesson in 1918, built his first airplane from a Heath kit and soloed in 1919. He began barnstorming and stunting. He acquired enough parts to assemble a Curtiss JN-4D "Jenny" in Texas and barnstormed as the "Joy Hop Merchant."
Thompson returned to Wisconsin and continued to barnstorm, build airplanes and train pilots at Green Bay's first airport, Blesch Field. In 1928 he moved to the Kohler Airport, and among other activities, became Governor Walter J Kohler's personal pilot.
He then moved to the New Holstein Airport, where he continued to restore airplanes and operate the FBO until he retired in 1968. Thompson made a tremendous impact on aviation in the northeastern part of Wisconsin.


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AppointmentItem.RTFBody property (Outlook)
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Sub GetRTFBodyForMeeting() Dim oAppt As Outlook.AppointmentItem Dim strRTF As String If Application.ActiveInspector.CurrentItem.Class = olAppointment Then Set oAppt = Application.ActiveInspector.CurrentItem strRTF = StrConv(oAppt.RTFBody, vbUnicode) Debug.Print strRTF End If End Sub
private void GetRTFBodyForAppt() { if (Application.ActiveInspector().CurrentItem is Outlook.AppointmentItem) { Outlook.AppointmentItem apptAppointmentItem; byte[] byteArray = appt.RTFBody as byte[]; System.Text. RTF = encoding.GetString(byteArray); Debug.WriteLine(RTF); } }


It has been a great journey for Anca Berteanu, The Little Ballerina, here in Bucharest, Romania. After eight years of hard work and intense training she is going to discover new challenges teachers. But that doesn’t mean that the Little Ballerina Project will end here, it’s just a new beginning, a new chapter. All the best wishes from me, kiddo. Stay hungry, stay foolish and you will reach the top of the iceberg!


Download e-book for kindle: Algebraic-Geometric Codes by M. Tsfasman, S.G. Vladut
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1. Codes.- 1.1. Codes and their parameters.- 1.2. Examples and constructions.- 1.3. Asymptotic problems.- 2. Curves.- 2.1. Algebraic curves.- 2.2. Riemann-Roch theorem.- 2.3. Rational points.- 2.4. Elliptic curves.- 2.5. Singular curves.- 2.6. rate reductions and schemes.- three. AG-Codes.- 3.1. buildings and properties.- 3.2. Examples.- 3.3. Decoding.- 3.4. Asymptotic results.- four. Modular Codes.- 4.1. Codes on classical modular curves.- 4.2. Codes on Drinfeld curves.- 4.3. Polynomiality.- five. Sphere Packings.- 5.1. Definitions and examples.- 5.2. Asymptotically dense packings.- 5.3. quantity fields.- 5.4. Analogues of AG-codes.- Appendix. precis of effects and tables.- A.1. Codes of finite length.- A.1.1. Bounds.- A.1.2. Parameters of yes codes.- A.1.3. Parameters of definite constructions.- A.1.4. Binary codes from AG-codes.- A.2. Asymptotic bounds.- A.2.1. checklist of bounds.- A.2.2. Diagrams of comparison.- A.2.3. Behaviour on the ends.- A.2.4. Numerical values.- A.3. extra bounds.- A.3.1. consistent weight codes.- A.3.2. Self-dual codes.- A.4. Sphere packings.- A.4.1. Small dimensions.- A.4.2. convinced families.- A.4.3. Asymptotic results.- writer index.- checklist of symbols.
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1 11 C c IF~ degenerate iff the subspace of vectors We call a linear code C s;; IF qn - 1 c IF q , where IF qn - 1 is having 0 in some fixed position. k ~ 1 and d ~ 1. 6. one-to-one correspondence between the set of equi val ence classes of non-degenerate linear [n,k,d]q-codes and the set of equivalence classes of projective [n,k,d] -systems. 7. • Prove the theorem. projective systems have an advantage of dispensing with a choice of some particular code in its equivalence class; they also look more natural than codes since there is no choice of basis involved.
In many cases it is difficult to calculate precise values of parameters but it is possible to bound them. The spoiling lemma makes it possible to pass from an [:s n, d]q-code C to an [n,k,d]q-code. In such a situation we say that up to a spoiling the code C is an [n,k,d]q-code. 2: k, 2: So we can always spoil parameters, but of course we cannot always make them better. Here are some restrictions. 36 (the Singleton bound). linear [n,k,d]q-code For any Part 1 CODES 28 Proof: Let us argue in terms of [n,k,d]q-systems.
Particular that the parameters do coincide. Projective systems. object. e. the space ~(V) linear space over V) IFq . [n,k,d]q-system is a finite unordered family of ~ which (note that we write does I 'P I ~ n = I'PI, dim 'P c multiplicities). follows: not ~ ~ lie in = dim ~ + 1, 'P (projective) + 1 = dim V ). 1 11 C c IF~ degenerate iff the subspace of vectors We call a linear code C s;; IF qn - 1 c IF q , where IF qn - 1 is having 0 in some fixed position. k ~ 1 and d ~ 1. 6. one-to-one correspondence between the set of equi val ence classes of non-degenerate linear [n,k,d]q-codes and the set of equivalence classes of projective [n,k,d] -systems.


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Read the complete article and pray for those in military service, 'cus the elitists in our government seem to think they deserve NO consideration.
Ok, I just stapled it back on. Continue with the thread.
DU is less radioactive than natural uranium ore. The effects of uranium ore on unranum workers is well established.
This is nothing but unfounded hysteria with no hard science to back it up.
 HeHe, he had a double negative.
Uhhhhhhhh, ok. That's all I needed to see. Just the url alone is enough to say that this was likely the work of hippy alarmists. I know a helluva lot of people who were in the sandbox during Gulf War 1. We have a helluva lot of folks here who were there. Yet I haven't met a one of them with Gulf War Syndrome. If their figures were anywhere close to accurate, then every other Gulf War vet we'd meet would be dead or disabled. That's bullshit!
I know we've had some mystery illness relating to that war. But it's highly more likely that they were exposed to a chemical weapon of some sort that was reponsible.
Don't we train in times when war isn't going on? It would seem that there would be a few of these DU shells that get used from time to time during the course of live fire. We have them stored somewhere don't we? People make them don't they? People handle them and come in contact with them, right? Why are 52% of these people not sick or disabled? It's odd that this only seems to happen during times of war, considering that isn't the only time they are exposed to these weapons.
So I said it before and I'll say it again, this is just hippy, anti-war, garbage propaganda. If DU rounds cause such illness, then they would do so in times of peace just the same as they would in times of war.
I have treated about a dozen DS1 vets for sports type injuries. Of them 0% have "GWS". It is a very small sample size, but none of these guys were REMF's. I would call this extremely suspect. When itI might pay a little closer attention.
pass the reynolds wrap, please.
Now a question...........
Isn't it true that the ratio of support personnel to combat troops are about 10-1? If their figures are correct, which have something on the order of 300,000 to 400,000 afflicted, that just seems to be erroneous considering we only had about 500,000 guys in theatre, does it not? Many of these troops were in the rear and never even exposed to action, so how could DU shells have made them sick?
I would be greatly alarmed if I thought our weapons were killing our soldiers. I would be even more alarmed if it was happening at the rate described. But there is just something with that article that doesn't make sense. I think it isn't factual and instead media driven from the most liberal city in the world. And the fact that it's being mentioned now, only a few months from election day, seems to reinforce that.
Scare tactic numbers with no descriptions abound!!!
"11,000 are dead". OK, HOW did they die? Notice they don't tell you that nugget of info.
"325,000 on PMD". OK, 325,000 out of the 580,400 who served in GW1 OR out of the entire military? Where did that number come from?
"5." They clearly do NOT state that they are talking about serving in GW1. They allow the reader to make that inference. The writers just do some division and say that 56 percent of 580,400 is 325,000.
"This astounding number". Did anyone get taught when they were young that if something SEEMS unbelievable that it might not be true?
"nly" This is a flat out lie. Umm, 16 months of intense sunlight . The sun is a known cancer causing agent. Us white folk from the temperate zone are not conditioned to be exposed to such intense sun.
"developed malignancies " What kind? Reference above line about sun.
This is a typical scare tactic type article from a communist paper (c'mon, San Francisco? That city known for its unwavering support of the US Military?) Using numbers and facts that if not simply drawn out of thin air are misquoted, trimmed and rephrased to the will of the authors. EVERY single time that cancer and illness has been used by the media to "prove" radon, powerlines, garbage dumps, etc. real research comes in after the scare and proves it to be false. EG, Erin Brockovich. But once the damage has been done by the halftruths and lies, real science is boring and is left out.
"Ds."
ETA : True facts on Uranium Read this. It is real science. Radiation from natural uranium CANNOT penetrate SKIN. DU is 0.7 times as radioactive. Do the math
National Black Newspaper "
ARRRRGH! How can anyone BELIEVE this nonsense?
I don't have any illness or malignancies. NO ONE in my unit has Illness or Malignancies. Except for one guy killed by his brother, NO ONE has died. NO ONE has GWS.
How a seemingly rational person can even give this a moment of serious consideration just amazes me.
Of course, you don't have to be rational to have a political agenda.
The Title pissed me off, so I didn't even read the article.
I can't. That pesky Bigfoot stole all of mine so that the satellites wouldn't get him.
You don't even need a political agenda. Just permit yourself to be blown around by whatever breeze is stirring at the moment.
DU is used in the rounds on the navy's ciws. If this was a health problem the gunners mates who deal with those rounds would have shown signs LONG before the first gulf war.
The problem is if DU gets ingested and your skin is no longer protecting you. Alpha radiation is harmless as long as your recieving it externally. Internally it can lead to cancer if enough is ingested. Normally its people that are getting a consistent exposure over an extended period of time that have to worry. The odds of the DU rounds getting into the systems of 325000 GI's are infinitesmal.
Besides, isn't Gulf War Illness caused by the oil fires? I'm a gulf war veteran but I spent my time in a sub so was never exposed to DU rounds or oil fires, but its my understanding that GWI is directly related to smoke inhalation from oil fires. People who put out fires for oil companies can develop the same problems which is why they have special gear.
Seems like a FUD piece to me.
Kissenger was an NCO in the US Army during WWII.
You spend all your time reading commie-socialist newspapers from San Francisco on line Mr Wilson?
I once wound up listed as an "Oppressor of The People" in the forerunner of this paper. I know what happened in the incident in question.  He then wrote an article in this paper where I wound up being portrayed as slightly more cruel and evil than Heinrich Himmler.
Wasn't GWS also linked to the improper disposal/destruction of a massive chem/bio weapon cache in An-Nasseriyah (southern Iraq)?
Personally what irked me about this article was the comments attributed to Kissinger.
However, that said this is not some off the wall slant on DU here, (true, this article showed up on another news site I frequent, but I always prefer to link directly to the source, which in this case I was unfamilar with) as any cursory examination of the data out there reveals. There are references to the article at the bottom, you might want to review them. This just happens to be one of the issues my friends and I track.
 Rokke is a former military man I found his views/information quite informative, seems he learned about DU first hand.
and unlike most ya commenting on this thread I HAVE READ the majority of not only this data but research done by the Brits, Dutch and other foreign countries. Unlike most of ya who prefer to sling snide comments and criticisms, whose idea of reading is the bio page on Playboy, I read alot and on a wide variety of subjects.
Speaking strictly for myself the mistreatment of those defending our country "by any means" known or unknown represents the most despicable behavior and traitorous act a country or military can do to it's soldiers. It's bad enough that some of those wounded at Walter Reed right now are having their meger pay deducted to pay for injuries sustained in combat, but to think that a few years down the road they may be payiing a bigger price, chaps my ass.
One only has to look to find contrary views and opinions to the Military's slant, who BTW are NOT the most trusted sources of information where their narrow interests are concerned.
How quickly we forget the troops used as guinea pigs during the early A-bomb testing or thts. Where was the military's sense of responsibility in those instances?
Your comment as to the intelligence and reading habits of others on this forum "whose idea of reading is the bio page on Playboy" is not only insulting, rude and wrong; it shows an obvious lean towards a liberal thought bias of "I am always right, don't bother me with facts"
There is obviously nothing that is going to sway your thoughts on this. Fine. Believe what you want, however, try to avoid insulting fellow forum members by attacking their intelligence.
Obviously NOT as, you have show your own lack of literacy by not bothering to read what was posted.
FWIW, I made no profession of belief either way here simply posted an article I found interesting.
Take ya've got a problem with that comment too......
Sound like "enviromentalist" scientists, to you?
Guess ya missed that, typical of a 26 year old punk that doesn't read........
I consider myself open-minded, which is why I posted the Military's views, that and the fact that there is evidence there that they are aware/know of the dangers of DU, but downplay it.
Now, there's a web-site I never bother wasting my time with........
Well it seems you are getting your news from the same sources as those fucksticks, maybe you should go over there and hang out for a while, they seem to accept like minded indivuals.
EDITED TO Change: Ahh screw, it you are not worth arguing with, plus I may be 26 but I have many more years of life left.


hot air concentrated at one point is not suitable for our shoes. It will take us a little more time, but it will be safer for footwear. It is also an excellent method of quickly drying jeans when we have to wear them already.
We can use dull gray or recycled paper or kitchen towels. Do not choose colored newspapers or printed paper, because the paint can reflect in a damp interior and leave traces that are difficult to remove. Tasty filling of shoes is the basis, but we should give up this option if we decide to dry shoes with a dryer.
How to Dry Shoes Quickly With Rice?
A perfect way to thoroughly dry shoes from the inside is to pour rice into them, which has excellent hygroscopic properties, thanks to which it quickly and effectively absorbs moisture. Of course, when choosing this method of drying, we do not decide on rice in bags, but pour it into shoes loose - one or two spoons should be enough. We should replace the filling with a new portion from time to time when the rice swells with moisture. Only when the rice stops absorbing water, can we be sure that we have correctly dried our shoes, sneakers or boots.
Sometimes, after drying, the shoes may have an unpleasant smell of moisture, especially in the case of thick, material shoes, such as snow boots. How to dry shoes quickly without an unpleasant odor? Immediately after they dry, we can pour some baking soda into the footwear, which will absorb the smell. We can also reach for special deodorants and shoe fresheners available on the market.
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You and your guests are in for a real treat with this fragrant fish soup recipe that we are delighted to bring to you by Mark Dodson. Provence inspired it makes for a wonderful dinner party main, garnished with crushed new season potatoes, leeks and monk’s beard.
Cooking Time: 2 hours 20 minutes
- 2 sea bass fillets, halved
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- 1 splash of Pernod Ricard (optional)
- 1 leek, sliced into 12 neat circles
- Place the fish bones and heads in one pan and the onion, carrots, celery and garlic in the other. Cook both for 5rée to the vegetables. Deglaze the pan with the fish bones in with the white wine, then transfer the contents to the pan with the vegetables.
-. Cook for 15 minutes or until tender, then drain and refresh in iced water. When cool enough to handle, peel the potatoes then season and set aside for reheating later.
- Heatadd the leeks and monks beard. Add a pinch of salt and pour in just enough water to cover. Cook for 5 minutes until softened, then add the tomatoes and keep warm.
- Place aSeason the fish fillets and cook skin-side down until crisp (about 5 minutes). Meanwhile, reheat the bouillon and add the mussels to warm throughil and add the potatoes, crushing them lightly in


Valdez Paces ‘Runners At Mustang Challenge
Junior Angel Valdez missed her personal best by less than a second on Saturday.
Santa Clarita, Calif. – Junior Angel Valdez led CSU Bakersfield's cross country team Saturday morning as the Roadrunners competed in the Master’s University Mustang Challenge. Valdez crossed the finish line slightly short of a new personal record in the 5k race.
“We had good efforts out of Angel and Paradise,” said Marcia Mansur-Wentworth. “WRight now, we are running without our No. 3 and 4 runners. I’m proud of the effort and attitude of my team.”
Valdez ran a time of 18:51.8, missing her former record by eight tenths of a second (18:51.1). The junior from Bakersfield led the ‘Runners for the eighth consecutive race and finished 21st overall among 142 student-athletes from programs including UC Irvine and UCLA.
Freshman Paradise Pelzer, a graduate of North High School, and senior Tori Blackmon finished second and third for the ‘Runners, respectively. Pelzer placed 55th overall (19:41.1) while Blackmon crossed the line with a time of 21:25.0.
Freshman Irma Torres, another native of Bakersfield, finished behind Blackmon Saturday morning with a time of 22:31.7. Rounding out the CSUB Top 5 was freshmen Genny Medina (23:22.5), who scored for the first time for the ‘Runners.
CSUB finished with a team average of 21:10.4 at the Central Park course in Santa Clarita. The ‘Runners place second of two NCAA Division I teams behind UC Irvine. UCLA’s squad ran with just four runners, not enough to compile a team score.
The ‘Runners will return to action in two weeks when CSUB heads to Claremont, Calif. for the Pomona-Pitzer Invitational. The 6k race will take place Saturday, Oct. 15 at 7:45 a.m. For final results from the Mustang Challenge, click the individual and team results links.


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er (Leinenkugel porters, mmmm). Would I visit this event again? Perhaps, I can only hope the next festival occurs on a day that isn't barely 40 degrees F- Many of this year’s major bills have gone through the legislative process and are now law.
- The list is impressive. We’ve approved a highway program, a teacher pay raise, income tax cuts, stronger ethics and campaign finance laws and a sweeping overhaul in how juvenile offenders are sentenced.
- But in every session, there is always that one bill that creates a logjam. This year, it is the governor’s proposal to re-structure state government.
- It has been stalled in committee for weeks, which is not surprising when you consider how far-reaching it is.
- It is over 2,500 pages long, and every citizen in Arkansas who has dealings with state government will be affected. That means it will affect just about every citizen in Arkansas.
- I have several questions about the proposal, and one of my main concerns is that it’s taking away time and attention from other important and more pressing issues.
- For example, we still have to decide onnext year’s general election.
- I’m sponsoring a measure to tighten up the laws governing how citizens’ groups gather signatures and get their initiatives placed on the ballot.
- The current procedure is a legal and bureaucratic mess. Getting ballot issues approved is time-consuming and expensive. It frustrates ordinary citizens and it favors special interests that are loaded with cash.
- The problems in the ballot initiative process need to be corrected as soon as possible. On the other hand, the governor’s plan to re-organize state government may require further study, and if that’s the case, there’s no harm done.
- Besides choosing constitutional amendments, we also have to finalize state agency spending levels for next fiscal year.
- No matter how things turn out, I can safely say that it has already been a very productive session.
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In the last episode of Boruto, Mitsuki was seen collaborating with the enemies using Ino’s technique. Convinced that their friend is not what the others think he is, Boruto ventured out to find Mitsuki alone and ask him what’s going on. Just as when he thinks that he will do this alone, he found Sarada waiting for at the gate. In Boruto episode 73,
Boruto Episode 73 – Boruto And Sarada Meets Orochimaru
It can be remembered that Sarada was made to believe that Karin was her real mother in the earlier arcs. Even Naruto is kinda pissed with Sasuke, but the rescue was prioritized back then. However, it was proven that Sakura is Sarada’s mom in the end. It is expected that Karin will be appearing in the next episode.
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Boruto episode 73 will mark the start of Shikadai and his team’s mission. They are expected to meet the two in the next episode. Right now, this episode is about Mitsuki and his friendship with his two friendsTexas Man Tries To Run From Police, Ends Up In Lake
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Thanks to Aron Yoffe for suggesting the newtonian comparison.
Thanks to Tom Fuchs for suggesting the analogy to the stone thrown upwards.
Updated by Phil Gibbs 1998.
The theory of relativity sets a severe limit to our ability to explore the galaxy in space ships. As an object  maintain its acceleration, with the result thaed. It seems that the speed of light is an absolute barrier which cannot be reached or surpassed by massive objects (see the FAQ article on faster than light travel). Given that our galaxy is about 80,000 light years across, there seems little hope for us to get very far in galactic terms.
Science fiction writers might make use of worm holes or warp drives to overcome this restriction, but it is not clear that such things can ever be made to work in reality. Another way to get around the problem may be to use to cover large distances within a reasonable time span for those aboard a space ship. When a rocket accelerates at $1\;\text{g}$ (9.81 m/s$^2$), its crew experiences the equivalent of a gravitational field with the same strength as that on Earth. If this acceleration could be maintained for long enough, the crew would eventually reap the benefits of the relativistic effects that increase the effective rate of travel.
What then, are the appropriate equations for the relativistic rocket?
Fi$1\;\text{g}$.rth. We'll call this acceleration $a$. The proper time measured by the crew of the rocket (i.e. how much they age) is called $T$, and the time measured in the non-accelerating frame of reference in which they started (e.g. Earth) is $t$. We assume that the stars are essentially at rest in this Earth frame. The distance covered by the rocket as measured in this frame of reference is $d$, and the rocket's velocity is $v$. The time dilation or length-contraction factor at any instant is the gamma factor $\gamma$.
In theory, then, you can travel across the galaxy in just 12 years of your own time. If you want to arrive at your destination and stop, then let's say you turn your rocket around at the halfway point and decelerate at 1 g. In that case it will take nearly twice as long in terms of proper time $T$ for the longer journeys; the elapsed time $t$ on Earth will be only a little longer, since in both cases the rocket is spending most of its time at a speed near that of light. We can still use the above equations to work this out, since although the acceleration is now negative, we can "run the film backwards" to reason that they must still apply. Here's the general formula: $$ T = {2c\over g}\, \text{ch}^{-1}\left({gd\over 2c^2} + 1\right) . $$ eed: \begin{array}{lll} \hline d\text{ (ly)} & \text{Stopping at:} & T\text{ (years)} \\ \hline 4.3 & \text{Nearest star} & 3.6 \\ 27 & \text{Vega} & 6.6 \\ 30,\!000 & \text{Centre of our galaxy} & 20 \\ 2,\!000,\!000 & \text{Andromeda Galaxy} & 28 \\ n & \text{Anywhere, but see} & 1.94\, \text{ch}^{-1}(n/1.94 + 1) \\[-1ex] & \text{next sentence} & \\ \hline \end{array} For distances greater than about a thousand million light years, the formulae given here are inadequate because the universe is expanding. General Relativity would have to be used to work out those cases.
If you wish to pass by a distant star and return to Earth, but you don't need to stop there, then a looping route is better than a straight-out-and-back route. A good course might be to head out at constant acceleration in a direction at about 45° to that of your destination. At the appropriate point, you start a long arc such that the centrifugal acceleration you experience is also equivalent to Earth's gravity. After 3/4 of a circle, you decelerate in a straight line until you arrive home.
To experiment with the quantities above, see David Wright's INTO THE FUTURE web page.
Here is the above table amended to include comparison values of $T'$: \begin{array}{l[relativistic universe] (years)} & T'\text{ [newtonian universe]& 4.1 \\ 27 & \text{Vega} & 6.6 & 10.2 \\ 30,\!000 & \text{Centre of our galaxy} & 20 & 341 \\ 2,\!000,\!000 & \text{Andromeda Galaxy} & 28 & 2786 \\ n & \text{Anywhere} & 1.94\, \text{ch}^{-1}(n/1.94 + 1) & 1.97 \sqrt{n\,}\\ \hline \end{array} You can see that in our relativistic universe, even though the rocket's speed is limited to the speed of light (unlike in the newtonian universe, which has no speed limit), the very high values attained by the time-dilation factor $\gamma$ on long trips ensure that the relativistic rocket passengers still age far, far less than do the newtonian passengers undergoing the same trip.
But now, back to the relativistic rocket...
One thing you might do is ask how the distance to an interesting star you are headed towards changes with $T$, the time on your clock. At blast-off ($t = T = 0$) the rocket is at rest, so this distance initially equals the distance $D$ to the star in the non-accelerating frame. But once you are moving, however you choose to measure this distance, at each moment it will be reduced by your current distance $d$ travelled in the non-accelerating frame, as well as the whole lot contracted by the current factor of $\gamma$. Eventually you will pass the star and it will recede behind you. The distance you measure to it at time $T$ is \begin{equation}\label{D-d-on-gamma} {D - d\over \gamma} = {D + c^2/a\over \text{ch}(aT/c)} - {c^2\over a} \,. \end{equation} A plot of this distance as a function of $T$ shows that, as expected, it starts at $D$, then reduces to zero as you pass the star. Then it becomes negative as the star moves behind you. As $T$ goes to infinity, the distance asymptotes to a value of $-c^2/a$. That means that from your vantage point in the rocket, everything in the universe is falling from "above" to "below" the rocket, but never receding any farther than a distance of $-c^2/a$ as measured by you. It all piles up just short of this distance, asymptoting to a plane called a horizon. You see this horizon actually form as the rocket accelerates, because there comes a time when no signal emitted from "below" the horizon can ever reach you. Everything falls towards that plane, and as each object approaches that plane you see it begin to redden and fade, due to the increasing red shift of its light, because you are accelerating. Finally it fades out of visibility. In fact, as anything gets closer to the horizon, its rate of ageing as measured by you slows more and more; time comes to a complete halt on the horizon. The horizon is a dark plane that appears to be swallowing everything in the universe! But of course, nothing strange is noticed by the non-accelerating Earth observers. There is no horizon anywhere for them.
Whereas time slows to a stop a certain distance below the rocket, it speeds up above the rocket (that is, in the direction in which it's travelling from Earth's perspective). This effect could, in principle, be measured inside the rocket too: a clock attached to the rocket's ceiling (i.e. in the rocket's "nose") ages faster than a clock attached to its floor.
For a standard-sized rocket with a survivable acceleration, this difference in how fast things age within its cabin is very small. Even so, it tells us something fundamental about gravity, via Einstein's Equivalence Principle. d—provided that experiment has a "small" extent in space and time—we in the above "uniformly accelerating" rocket. These space and time extents must be small so that no "tidal" effect due to the inhomogeneous nature of the real gravity field will be apparent. Analogously, even though Earth is not flat, we can treat it as being flat on a small patch of ground: by this we mean that as we consider smaller and smaller patches of ground, the error we make by treating each patch as flat grows smaller at a faster rate than the size of the patch decreases. In a similar way, the errors we make by treating the gravity in a sequence of ever-smaller regions of spacetime as equivalent to the interior of a uniformly accelerated rocket in the absence of gravity decrease at a faster rate than do the sizes of those spacetime regionset. Earth's rotation complicates this effect, but doesn't dominate it.
This difference in ageings on Earth has been verified experimentally. In fact, it was absolutely necessary to take into account when the GPS satellite system was assembled: because the satellites that broadcast data to your GPS receiver are ageing slowly compared to clocks on Earth, they must be set to run slightly quickly in the factory by the same factor, before they are sent up to orbit.
We can use the above equation for the distance $(D - d)/\gamma$ that you measure to your destination star to illustrate the Equivalence Principle. As you accelerated from Earth and headed towards that star, it was as if the star began falling towards you with an acceleration of $a$. After a time measured by you as $T$, the distance you measure to the star is equation \eqref{D-d-on-gamma} above. Suppose that either your acceleration $a$ is small enough, or the time interval $T$ is small enough, so that the quantity $aT$ is much less than the speed of light $c$; in other words, $aT/c \ll 1$. Now consider that for any $x$, the hyperbolic cosine can be written as a series $$ \text{ch}\; x = 1 + {x^2\over 2\textit{!}} + {x^4\over 4\textit{!}} + {x^6\over 6\textit{!}} + \dots \,. $$ Set $x = aT/c$ and, because $x$ is small, drop all terms in the expansion of the hyperbolic cosine higher than $x^2$. Further, remember that for all $|x| < 1$ we can write $$ {1\over 1+x} = 1 - x + x^2 - x^3 + \dots \,, $$ in which case $$ {1\over \text{ch}\;x} \simeq 1 - x^2/2 \quad \text{for } |x| < 1 \,. $$ In that case, we can approximate the distance you measure to the star as \begin{align} {D - d\over \gamma} &= {D + c^2/a \over \text{ch}(aT/c)} - {c^2\over a} \\[1ex] &\simeq \left(D + {c^2\over a}\right) \left[1 - {a^2 T^2\over 2c^2}\right] - {c^2\over a} \\[1ex] &= D + {c^2\over a} - {D a^2 T^2\over 2c^2} - {aT^2\over 2} - {c^2\over a} \\[1ex] &= D - {D a^2 T^2\over 2c^2} - {aT^2\over 2} . \end{align} The second term in the last line divided by the third term equals $Da/c^2$. When $D$ and $a$ aren't too large (meaning $Da/c^2$ is much less than 1), we can then ignore the second term, to write the distance you measure to the star as $$ \text{distance to star} \simeq D - aT^2/2 \,. $$ Now, what would Newton say? He'd say that the star had been falling towards you for a time $T$ with acceleration $a$, in which case it must've covered a distance of $aT^2/2$ from its original distance from you of $D$; he'd thus conclude its distance from you is $D - aT^2/2$ exactly. So you can see that his non-relativistic result agrees with the relativistic one when the combinations of the various parameters are much less than the speed of light. That's how the Equivalence Principle works.
Sadly, there are a few technical difficulties you will have to overcome before you can head off into space. One of these difficulties is creating your propulsion system and generating fuel. The most efficient theoretical way to propel the rocket is to use a "photon drive". This would convert mass to photons or other massless particles which shoot out the back of the rocket. Perhaps this may even be technically feasible if we ever produce an antimatter-driven "graser" (gamma-ray laser).
Remember that energy is equivalent to mass, so provided mass can be converted to 100% radiation by means of matter–antimatter annihilation, we just want to find the mass $M$ of the fuel required to accelerate the payload $m$. The answer is most easily worked out by conservation of energy and momentum.
How much fuel is this? The next chart shows the amount of fuel needed ($M$) for every kilogramme of payload ($m = 1$ kg).ailing past} & M \\[-1ex] & \text{without stopping} & \\ \hline 4.3 & \text{Nearest star} & 10\; \text{kg} \\ 27 & \text{Vega} & 57\; \text{kg} \\ 30,\!000 & \text{Centre of our galaxy} & 62\; \text{tonnes} \\ 2,\!000,\!000 & \text{Andromeda Galaxy} & 4100\; \text{tonnes} \\ \hline \end{array} This is a lot of fuel—and remember, we are using a motor that is 100% efficient!
} & M \\ \hline 4.3 & \text{Nearest star} & 38\; \text{kg} \\ 27 & \text{Vega} & 886955,\!000.2\; \text{thousand million tonnes} \\ \hline \end{array} Compare these numbers to the previous case: they are hugely different! Why should that be? Let's take the case of Laurel and Hardy, two astronauts travelling to Vega. Laurel speeds past without stopping, and so only needs 57 kg of fuel for every 1 kg of payload. Hardy wishes to stop at Vega, and so needs 886 kg of fuel for every 1 kg of payload. Laurel takes almost 28 Earth years for the trip, while Hardy takes 29 Earth years. (They both take roughly the same amount of Earth time because they are both travelling close to speed $c$ for most of the journey.) They travel neck and neck until they've both gone half way to Vega, at which point Hardy begins to decelerate.
It's useful to think of the problem in terms of relativistic mass, since this is what each rocket motor "feels" as it strives to maintain a $1\;\text{g}$ acceleration or deceleration. The relativistic mass of each traveller's rocket is continually decreasing throughout their trip (since it's being converted to exhaust energy). It turns out that at the half-way point, Laurel's total relativistic mass (for fuel plus payload) is about $28m$, and from here until the trip's end, this relativistic mass only decreases by a tiny amount, so that Laurel's rocket needs to do very little work. So at the halfway point his fuel-to-payload ratio turns out to be about 1.
For Hardy, things are different. He needs to decrease his relativistic mass to $m$ at the end where he is to stop. If his rocket's total relativistic mass at the halfway point were the same as Laurel's ($28m$), with a fuel-to-payload ratio of 1, Hardy would need to decrease the relativistic mass all the way down to $m$ at the end, which would require more fuel than Laurel had needed. But Hardy wouldn't have this much fuel on board—unless he ensures that he takes it with him initially. This extra fuel that he must carry from the start becomes more payload (a lot more), which needs yet more fuel again to carry that. So suddenly his fuel requirement has increased enormously. It turns out that at the half-way point, all this extra fuel gives Hardy's rocket a total relativistic mass of about $442m$, and his fuel-to-payload ratio turns out to be about 29.
Another way of looking at this odd situation is that both travellers know that they must take fuel on board initially to push them at $1\;\text{g}$ for the total trip time. They don't care about what's happening outside. In that case, Laurel travels for 28 Earth years but ages just 3.9 years, while Hardy travels for 29 Earth years but ages 6.6 years. So Hardy has had to sit at his controls and burn his rocket for almost twice as long as Laurel, and that has required more fuel, with even more fuel required because of the fuel-becomes-payload situation that we mentioned above.
This fuel-becomes-payload problem is well known in the space programme: part of the reason the Saturn V moon rocket was so big was that it needed yet more fuel just to carry the fuel that it was already carrying.
Well, this is probably all just too much fuel to contemplate.
It may be possible to scoop up hydrogen as the rocket goes through space, using fusion to drive the rocket. This would have big benefits because the fuel would not have to be carried along from the start. Another possibility would be to push the rocket away using an Earth-bound graser directed onto the back of the rocket. There are a few extra technical difficulties but expect NASA to start looking at the possibilities soon :-).
You might also consider using a large rotating black hole as a gravitational catapult, but aside from whether such a thing actually exists, it would have to be very big to avoid the rocket being torn apart by tidal forces or spun at high angular speed. If tas some astronomers think, then perhaps if you can get that far, you can use this effect to shoot you off to the next galaxy. $1\;\text{g}$ acceleration, h that's hot enough to melt all known materials.
The Equivalence Principle suggests that provided we don't throw the star "too far" from a region that can be considered to have uniform gravity, we can treat the motion of this stone moving up and coming back down as identical to that of the above star. So let's use the rocket equations, but now think of the star as a stone and the rocket as a human observer, and alter the equations so that the observer moves "downwards" through the stone at time $t = 0$ (but always accelerating upwards with some $g > 0$), then slows to a stop at a distance $H$ "below" the stone, then moves back up towards the stone. A plot of the observer's motion in spacetime is still the same hyperbola that the rocket has at the top of this page, so we can mostly use the rocket equations from there; but in this new scenario the hyperbola has been shifted somewhat on the spacetime diagram relative to its origin, so we'll need to tweak the equations to produce that shift.
So to plot $h$ versus $T$, the easiest thing is to select as many values of $t$ as you need, then compute the corresponding values of $h$ and $T$. Alternatively, if you really want to select your values of $T$ first, invert the expression for $T$ in \eqref{T-expression} to write $$ {g(t-t_0)\over c} = \text{sh}\left({gT\over c} - \text{sh}^{-1}{gt_0\over c}\right) , $$ then insert this $g(t-t_0)/c$ into the expression for $\gamma$ in \eqref{gamma-for-t-t0}, and then insert the values of $g(t-t_0)/c$ and $\gamma$ into the expression for $h$ in \eqref{h-expression}.
You can show that this height $h(T)$ reduces to the newtonian limit by supposing that \eqref{old-1} gravity is weak: $gt_0 /c \ll 1$, and (2) we don't consider times too far outside the scenario: $g(t-t_0)/c \ll 1$. (For example, $g = 10$ m/s$^2$ while $t_0$ and $t$ equal a few seconds.) In this limit you'll find that $T \to t$, and $$ \gamma \simeq 1 + {g^2(t-t_0)^2\over 2c^2} . $$ Use the fact that $\text{sh} x \simeq x$ when $x \ll 1$, and you'll recover the newtonian limit $h(t) = \sqrt{2gH}\; t - gt^2/2$.
Now the point here is to plot $h$ versus $T$, and compare it to the usual newtonian expression for the stone's motion in space and time—which is of course a parabola. The figure shows a plot of $h$ versus $T$ for $g = 1$ light year/year$^2$, $c = 1$ light year/year (of course), and $H = 10$ light years.
You can see that from the observer's point of view, the stone initially accelerates upwards, then slows to a stop at a distance above the observer of 10 light years (there is no Lorentz contraction on this value as the relative motion of observer and stone is zero here), and finally the stone falls back towards the observer but slows down as it draws nearer.
Why this apparently anomalous acceleration and deceleration? Remember that the stone is not really accelerating in an inertial frame; instead, the observer is accelerating in an inertial frame. As the observer accelerates, his standard of simultaneity changes in a non-trivial way (see the FAQ article on Do moving clocks always run slowly?). As he moves down past the stone, his "line of simultaneity" coincides with the recent past of the stone's world line and mostly translates through spacetime; then as he slows to a stop, his line of simultaneity begins to rotate in spacetime, sweeping quickly along the stone's world line until it intersects that world line in his future. Then as he picks up speed, his line of simultaneity mostly stops rotating in spacetime and simply translates again. The effect of this is that he measures the stone initially to accelerate upwards, then slow for a time, stop, accelerate back down, and then slow down shortly before it hits him. This motion might be non-intuitive, but most things in relativity are non-intuitive!
We can find the values of the parameters that will make this non-intuitive behaviour appear: just demand that the curve of $h$ versus $T$ be concave up at $T = 0$. So calculate the second derivative $h''(T)$ and demand it be positive at $T = 0$. The requirement for this to happen turns out to be $g > (\sqrt{2} - 1) c^2/H$. This means that if you want to perform such an experiment, either $g$ or $H$ will have to be very large. But uniform gravitational fields don't seem to exist in the universe, so in either case we might well depart too far from the assumptions of the Equivalence Principle to see the above behaviour.
This motion of objects is suggestive of current ideas in cosmology. Cosmology is built on the simplest picture of why galaxies are observed to be rushing away from us: rather than assume they really are rushing away from us, it is perhaps simpler to posit that they are all in a sense "at rest" in a universe whose very fabric (spacetime) is itself expanding, as dictated by Einstein's equations of General Relativity. In other words, if the galaxies are represented by raisins in a pudding, then we needn't imagine that the raisins are somehow racing outwards through the pudding; instead, they can be "locally at rest" in the pudding, while the entire pudding expands as it bakes. Recent observations of galactic recession have been interpreted as a sign that the universe's rate of expansion is increasing, but the above description of free fall in which an object thrown up can actually accelerate upwards demonstrates that what might at first be seen as an anomalous acceleration is actually fully in keeping with relativity. The catch, of course, is that cosmology does not treat galaxies as "objects thrown upward [or outward]". Even so, perhaps we don't need to invoke new ideas such as dark energy to explain the universe's expansion: the above scenario shows that in certain situations, an object thrown upwards can accelerate up. Our ideas of simultaneity are not always up to the job of finding these behaviours to be intuitive.
For a derivation of the rocket equations, see "Gravitation" by Misner, Thorne, and Wheeler, Section 6.2.


Eli’s Cheesecake celebrated their first National Cheesecake Week July 25-30. The 6 day long celebration kicked off on a Thursday with Eli’s Social Media Breakfast! Bloggers came from all over to learn about the company and to decorate an Eli’s Cheesecake! There was also the weekly Eli’s and Wright College Farmer’s Marke Grilled Lunch on the patio on Saturday, and a Classic Car Show on Sunday with over one hundred cars. The Happiness Club performed Sunday at the Classic Car show, as well. Eli’s Mascot, Eli Slice, even joined them for a few numbers.
National Cheesecake Day concluded the weeklong celebration on Tuesday, July 30th. Vince Garasole from CBS2 joined Eli’s in the morning to talk to help celebrate. Customers enjoyed a free slice of cheesecake all day long serving a new flavor every hour. Eli;s Cheesecake Mobile was also around Chicago giving out free slices to the public. Free slices were also being given out at O’Hare terminal 1.
National Cheesecake Week was a busy and successful celebration.


Tue, December 06, 2005
The Golden Rule a Love Loophole
I have friends who used to say that divorced people who remarry were condemned by their own sin. Jesus is quoted in the Bible as saying that people cannot remarry except under special circumstances (Luke 16:18). My friends would not forgive a minister who married a couple if one of them had been previously married. They would not forgive this transgression that is until it was their daughter who gave up on her terrible marriage and sought a divorce. All was forgiven when, all of a sudden, it was their kid who was experiencing this painful trial, their little girl who was suffering, their flesh and blood who wanted a second chance to commit to someone who would honor and love her. Everything changed when the person committing the perceived sin was family. After all, what loving parent would commit his/her child to a life of loneliness and shame without the opportunity for a second chance?
I have found that it is not unusual for people to change their minds when looking at a religious issue from a personal point of view. The historical argument over slavery is a good example. The Old Testament allows for the possession of slaves without restrictions if the slaves were foreigners and with restrictions if the slaves were Israelite’s. The New Testament accepted slavery as a normal part of life. Paul made the famous statement “slaves obey your masters” to promote good citizenship among the believers. Paul just accepted the issue and told his friends to make the best of whatever situation they faced. With a large number of biblical quotes like this one to support their beliefs, pro-slavery preachers in the pre-civil war era were able to get up and tell their parishioners that slavery was biblical as long as the slave holders treated their charges with Christian love. The abolitionists, on the other hand, had few Bible passages to support their arguments. However, there was one brief passage that made all of the difference, and it was familiar to every Christian. This passage enabled people to ask the following questions; would you want to be treated in this deplorable way? Would you want your daughter sold into slavery? If not, then why would you sell someone else’s daughter into slavery? The passage is the Golden Rule of course simple argument trumped all of the pro-slavery Bible passages the slave holders had on their side. It’s like a loop-hole in the Bible – a love loophole.
It's an amazing loophole, and one that explains why we don't make a fuss over a lot of difficult issues that the Bible raises up. Am I really going to force my wife to keep her head covered during a prayer service? (1 Cor 11:5) Only if I want to remain chaste for the rest of my life. Am I really going to make my daughter keep complete silence while at church? (1 Cor 14:34) Obviously the answer to both of these questions is a big "no way!" First of all, the women in my life wouldn't put up with it. Secondly I would never impose such uneven and unfair restrictions upon the people I love. And so I apply the love loophole to these and other questions. I am not willing to insist upon the universal adherence to supposed biblical mandates if I won't force my family to adhere to them.
The Golden Rule causes me to consider the effect of my actions on the lives of others. If I take it seriously it prods me away from self-focused thinking and urges me to think in selfless terms. It causes me to put myself in another’s place and try to understand how I would feel under the circumstances. It teaches me that existence is more than just me.
And so the Golden Rule causes me to ask this question; how would I wish my son to be treated if he were to tell me he was gay? Would I cast him out of my life? Would I tell him that he has sinned against me and against God and was no longer worthy of being my child? Would I tell him that the Bible condemns him to an eternity in hell? I don't think so. What loving caring parent would do any of these things to their own flesh and blood? I read a story once about a former president of Dallas Theological Seminary changing his mind over this issue when his son came out of the closet. The former president of my seminary was recently fired because he presided over his daughter’s gay marriage. He is a good conservative theologian. And this was his little girl. Would I tell my little girl to get lost? Would you?
The current arguments surrounding the issue of gay’s and society are based upon abstract principles. God is not abstract – God is real. And God is the Father of all creation. God does not abandon children for such petty reasons. What loving parent would condemn his/her child to a life of loneliness and shame? Not this earthly parent and not our Father in heaven. There are always loop-holes, and this one is the best.


Why did I wait ? Great cookies !
A real).


A childhood illness inspired the boy who was not big for is age and not from a wealthy family to grow up to take an importantin Canada. Here is the little-known story of Tommy Douglas and his dream.
$19.95 (Hardcover, 32 p.)
Johnny of Maillardville
Illustrated by Michael Kluckner
$15.95 (Paperback, 116 p.)
Disponible en français aux Éditions Pacifique Nord-Ouest.


There are many bail bonds companies that are available to choose from, which can make it confusing for many people. How are you supposed to choose between all the different options out there if you’ve never used any of them before. Just like with any product or service, you want to look at the prices , the services, and the reputation of the different companies that are available. Learn more about Van Nuys Bail Bonds and what helps to set us apart from the competition. To start with, we are operated by Drake Bail Bonds, which is one of the top bail bonds companies in the country. This makes it possible for us to help people who have had their bail set at a high level. Many other bail bond companies simply can’t accept this type of bond. We even work with other bail bond companies to help them handle these types of large bonds.
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When it is time to make payments for the bail, we make that as convenient as possible. You can make payments using cash, major credit cards, or even Bitcoin. Our goal is to help make it as easy as possible for our customers to make their payments, which is why we accept options that many other companies do not.
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The courier services are now amongst the topmost businesses. It not only helps individuals to send across parcels from one place to another but also plays an important role in the corporate and business scenario as well. For sending across the hard copies the courier services are the only hope, for companies and the individuals alike. The e companies that are the new genre of business that are developing over the internet specifically need the courier companies to deliver their products to the customers.
www.courierpoint.com is the best courier service provider in the whole of UK that has been working closely with companies like the DHL, FedEx etc and has been helping it’s clients get the services by these courier companies at the least prices possible. The Courier Point makes sure that its clients receive the best services and their parcels are delivered on time. The responsibility in the handling of the products is one of the pro points of the companies. Thus no matter what is being parceled it doesn’t even get a single scratch on it. The products are also delivered within the shortest possible time. And it also provides international delivery services within 1 day as well. It has an online tracking system for the customers to keep a track on the products that are being sent off.
There are many reasons why this company is having huge reputation and people prefer it. First of all you will get top notch services from the companies. They also offer you with award winning customer care services. They can courier everything from small gadget to huge instruments like piano. You can easily contact them on their websites and avail their services. Some companies have quality to offer you at affordable rates. You can rely on their services and make sure that your couriers are delivered on time.
Therefore the courier companies have to play vital role in many aspects of life. No matter what all can be done online, for delivering hardcopies of the documents or real things the courier services are the only hope. Therefore is a person needs to travel light then he or she can have the courier companies to get a part of the luggage delivered to the destination on their behalf. Also the Companies big or small are required to deliver many important documents to different places and if the courier services are not quick then the entire work flow would get hampered. The e companies are completely dependent on the courier service for their survival.
Without the help from the courier companies they wouldn’t be able to deliver the order items to their customers. Also if the partner courier company doesn’t turn out to be efficient enough then it might cost the image and the reputation of the e company very dearly. Therefore, the importance of the courier companies in the present day world is immense and without it a lot of work can get stalled.


SAA Kindergarten Summer Readingn’s realm.
Paperback (September 18th, 2012): $16.99
Hardcover (September 1st, 2001): $22.00


You’ve made the decision to finally be your own boss. Congratulations! After you’ve made the decision, it’s not time to make the leap from dream to reality, so what’s the next step? You now have
This is the simplest and the more common type of business entity to form. The way to start a sole proprietorship can be as easy astart a new business. For tax purposes, your business income is look at as personal incomesued or takes on any debt, you are personally liable for that suit or that debt. For example: let’s say your new business (set up as a sole proprietorship) gets sued by a customer, your personal savings account and even your home could be used to satisfy that judgment against that suit.
While start-up and tax implications of this type of business entity are fairly easy, ththe type of business you’re wanting to create.
Some disadvantages to a general partnership are the lack of liability protection and no real opportunities for investments. The general partner’s personal assets are vulnerable to the liabilities and the debts of the business. With the vulnerabilities of a general partnership, most investors are not going to want to open themselves up personally to any liabilities or debts of the partnership.
Finally, with a general partnership, the partners have a fiduciary duty of loyalty, fair dealing, and good faith. Fiduciary duties is another animal all in itself, but essentially it means that the partners have a duty to the partnership first and foremost. This means, for example, that a partner cant sabotage the business and can’t steal potential business opportunities for the busines In this business form, there is one person who is a general partner and another who is a limited partner. The big advantage to a limited partnership is the limited partner has limited liability for the business liabilities and debts. The limited partner’s personal assetsbased on their investment into the partnership. If the business gets sued or were to fail, the limited partner would generally only be liable foris opens the doors to the ability of getting investors into the business as limited partners. Investors would have protection from the business debts and liabilities, bupartner in the limited partnership would be have unlimited
With this type of entity, there are plenty of through issuing stock. The biggest disadvantage to setting up a corporation is taxes. The corporation is “double taxed.” This means that the corporation is taxed on all income at a corporate tax rate, then the income is dispersed to the owners where that income is taxed again at a personal income tax rate.
A limited liability company, or LLC,s, and get the protection of their personal assets so long as the entity is run correctly. Setting up an LLC is fairly easy and inexpensive, but does require certain paperwork filed with the secretary of state.
With an LLC, you’re going to want to have articles of organization as well as an operating agreement; which is similar to a partnership agreement.
This is just a very broad overview of these types of entities. Each typ type of business you’re going to be doing. Contact Howard Law business at (312) 469-0758.
#choosingabusinessentity #SoleProprietorship #taxes #liabilities #LLC #limitedliabilitycompany #partnership #generalpartnership #limitedpartnership #corporation #doubletaxation #businesslaw #incorporating


Have you ever played the video game Minecraft? This. or even a building material such as brick or concrete in this game.
Figure 1: A typical world in Minecraft.
Nyanko-san is one of the diehard fans of the game, what he loves most is to build monumental houses in the world of the game. One day, he found a flat ground in some place. Yes, a super flat ground without any roughness, it's really a lovely place to build houses on it. Nyanko-san decided to build on a $n \times m$ big flat ground, so he drew a blueprint of his house, and found some building materials to build.
While everything seems goes smoothly, something wrong happened. Nyanko-san found out he had forgotten to prepare glass elements, which is a important element to decorate his house. Now Nyanko-san gives you his blueprint of house and asking for your help. Your job is quite easy, collecting a sufficient number of the glass unit for building his house. But first, you have to calculate how many units of glass should be collected.
There are $n$ rows and $m$ columns on the ground, an intersection of a row and a column is a $1 \times 1$ square,and a square is a valid place for players to put blocks on. And to simplify this problem, Nynako-san's blueprint can be represented as an integer array $c_{i,j} (1\le i \le n, 1 \le j \le m)$. Which $c_{i,j}$ indicates the height of his house on the square of $i$-th row and $j$-th column. The number of glass unit that you need to collect is equal to the surface area of Nyanko-san's house(exclude the face adjacent to the ground).
First line of each test case is a line with two integers $n,m$.
The., c_{i,m}$,lease output the number of glass units you need to collect to meet Nyanko-san's requirement in one line.
Figure 2: A top view and side view image for sample test case 1.


Special Features:Named after well-known songwriter Stephen Foster, the park is located within Okefenokee National Wildlife Refuge (see entry in national wildlife refuge section) and. Visitors can view lush vegetation or, and; or they can rent a boat or canoe to explore the swamp further.


Im Jahr 1989 gab Schrader ihr Filmdebüt in der Komödie RobbyKallePaul des Regisseurs und Schauspielers Dani Levy. Mit ihm verbindet Schrader eine langjährige Zusammenarbeit, in vielen seiner Filme übernahm sie Hauptrollen, zuletzt in der 2002 erschienenen Produktion Väter. Mehrmals standen beide auch gemeinsam vor der Kamera anderer Regisseure, so bei Max Färberböcks Erfolgsfilm Aimée & Jaguar von 1997. Bei Levys Film Meschugge von 1998 fungierte Schrader als Co-Autorin und sammelte erste Regie-Erfahrungen. Schrader arbeitete auch mit Doris Dörrie zusammen, unter anderem bei dem Film Keiner liebt mich, der ihr mehrere Auszeichnungen einbrachte. Kooperationen gab es ebenfalls mit Hal Hartley, Agnieszka Holland, Margarethe von Trotta sowie Jan Schomburg.
Schrader lebt in Berlin.
Den Bundesfilmpreis erhielt Maria Schrader bereits mehrfach, darunter das Filmband in Gold für darstellerische Leistungen für Keiner liebt mich, Burning Life und Einer meiner ältesten Freunde. Das Filmband in Gold als beste Hauptdarstellerin bekam sie ebenfalls für ihre Rolle in dem Filmdrama Aimée & Jaguar. Für ebendiese Darstellung wurde Maria Schrader 999 mit dem Silbernen Bären ausgezeichnet. Dort erhielt sie im selben Jahr auch die Auszeichnung zum deutschen Shooting Star des europäischen Films.
2016 wurde Schrader im Rahmen des Festival de Télévision de Monte-Carlo für ihre Rolle der Lenora Rauch in der vielbeachteten deutschen Serie Deutschland 83 als Beste Hauptdarstellerin nominiert. Ebenfalls 2016 wurde sie mit dem Herbert-Strate-Preis ausgezeichnet. "Bester fremdsprachiger Film", gelangte aber nicht in die engere Auswahl.
2 "Beste Regie einer Miniserie"
 1991: I Was on Mars
 Dona Proeza in Der Seidene Schuh von Paul Claudel, Theater Basel, 2003
 Véronique Houillé in Der Gott des Gemetzels von Yasmina Reza am Schauspiel Köln 2007
 Medea in Das goldene Vlies am Schauspiel Köln, 2008 (mit Carlo Ljubek, Manfred Zapatka und Patrycia Ziółkowska)
 Peer Gynt im Schauspielhaus Hamburg, 2017
 Martha in Wer hat Angst vor Virginia Woolf? im Schauspielhaus Hamburg, 2020 (mit Devid Stresow, Josefine Israel und Matti Krause)
 2011: Alles inklusive von Doris Dörrie, Diogenes Verlag Zürich, gelesen von Maria Schrader, Maren Kroymann und Petra Zieser, ungekürzt 5 CDs 377 Min., ISBN 978-3-257-80309-9
 2014: Andrew Sean Greer: Ein unmögliches Leben, Random House Audio, ISBN 978-3-8371-2576-478 f70 f.
 Andrea Schweers:


The Respiratory Hypertonic Nasal Spray is ideal for decongesting the nose in the event of a cold, hay fever, sinusitis or rhinopharyngitis, during periods of winter ailments* and allergies. Reduction from the very first minutes in congestion and nasal discharge, soothes irritated nasal mucous membrane, reduction in cold symptoms, hydration and moistening of the nasal cavities.
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*Apart from ear or throat infections and laryngitis unless recommended by a physician.
Children (> 3 years): 1 spray per nostril (maximum 5 times / day).
Keep out of reach of children. Not recommended for children less than 3 years old, pregnant or breastfeeding women, or people allergic to one of the ingredients (echinacea, propolis, rosemary floral water, essential oils of ravintsara, geranium, eucalyptus radiata, niaouli, and sea water) or to the following allergens (limonene, citronellol, geraniol, linalool, citral). If in doubt, carry out a patch test beforehand. If symptoms persist, consult your doctor. Not recommended for people with history of seizures or epilepsy.
Formula of 100% natural origin:
Combination of hypertonic sea water and organic rosemary floral water with EOBBD*** essential oils (ravintsara, geranium, eucalyptus radiata, niaouli) for gentle, non-irritant and non-drying action on the nasal mucous membrane. Also contains propolis and echinacea extracts.
*** Essential Oil Botanically and Biochemically Defined
Ravintsara, Geranium, Eucalyptus radiata, Niaouli,
Home   >  Vitamins & Supplements   >  Health Condition   >  Cold & Flu


019 /EINPresswire.com/ -- Recent akathisia1 awareness ads in New York City subways may save lives and reduce suffering. S, the ads are in Manhattan, Brooklyn, Queens and the Bronx.
MISSD states the public has largely been left in the dark about akathisia despite that decades of medical research has found that hundreds of different drugs can cause akathisia and akathisia can lead to iatrogenic suicide. It.
“Akathisia is a global health and safety concern. MISSD frequently receives inquiries and factual experiences2 from people all over the world,” Dolin said.
The New York City subway ads were strategically chosen to run in December to reach residents and international travelers during the peak tourism season. MISSD is also running mobile akathisia ads linked to zip codes near major hospitals.
“People experiencing akathisia may be unaware they are exhibiting symptoms of adverse drug effects. Some medical experts refer to this as ‘medication spellbinding,’” said Dolin.
The foundation hopes that people who may be suffering from akathisia, or have a relative or friend showing akathisia symptoms, will see the ads and specifically mention the possibility of akathisia upon hospital admission.
After Chicago trains rolled out their first akathisia ads a few years ago, MISSD learned that in addition to increasing akathisia awareness, many bereaved families were helped by understanding that adverse drug effects may have precipitated a loved one’s demise'sn accredited, one-hour, e-learning course3 open to all.


i love sharing my polio legs
First Pamela take me to the stairs. Show me how you can walk backward up the stairs so that I may watch your feet hang and flop as you lift you body on your crutches up each stair. Dazzle me with you your polio legs flop into place with each step you take and how … Continue reading i love sharing my polio legs


"Splash Zone Aqua Park should not impact the aquatic environment …but will avoid it significantly as it will be limited to a relatively small sandy nearshore area that will be monitored by lifeguards who will resolve and report any environmental hazards," Olive said. "There are no nets to the waterpark and minimal components are associated with it, so the entanglement of sea turtles and any marine organisms would not be expected. Lindbergh Bay is currently utilized by many people, vessels, hotels, restaurants, and water sport businesses that are already in operating status. A significant change in the aquatic environment would not be expected."
"I think this is a good venture for Lindbergh Bay," said Sen. Janelle Sarauw. "Our tourists are looking for experiences and not to just spend money on Main Street all day. It falls in line with demand from the cruise line industry …and it's nice to have a discussion that is about knock down economic development and this is good economic development."


That ey make up together. Please post a picture if anyone has...
i'd love to see what bmw can do with the supra. AWD + tuning and handling that you don't have to mod much at >$50,000?
This is Toyota we're talking about...


Mr. Paget had brought along with him one of the new-fangled American contraptions for mixing spirits, and he, Linda Darrell, and Hugh Ripley had brought some mint from the garden, sent Gaskins to the fish monger’s for six pennyworth of ice, and mixed it up with lemon juice. They made what they call a cocktail out of it.
Oh, by the way, it’s not that I think I couldn’t make slurpable drinks during the next seven months without the following seven drink-making devices (at least I think I could), but I’d just feel so naked behind the bar (or at the counter). And not in the good “making-drinks-naked way.” So, here’s a look at some of what was in my suitcase.
A good fine strainer for drinks that contain fresh juice (which should be the only juice you use naturally). I wanted to bring a juicer to go with, but decided at the last minute that squeezing would work as long as I took the fine strainer to ensure no chunky-ness gets into the drink (or my teeth).
This is the Oxo strainer, very portable, and a necessary extra just in case the built-in strainer on my shaker gets overwhelmed by the amount of drinks being made, or the fruit in them, or anything else. Can also work if I decide to use another shaker when out and about. A generally handy item to have, and small enough to not worry about packing.
I can admit it: I am addicted to these decently-sized perfectly square ice cubes. I can’t be completely happy without them (okay, okay, that’s going overboard. But I am awfully fond of them, and how them both melt slowly and crack perfectly when smacked with the Pug Muddler, making them the ideal ice for the home bartender). Mine are made in the the Tovolo Perfect Cube silicone ice cube tray.


If you have any vegetables that are on their last leg, some thyme, parsley, bay leaves, peppercorns etc. then it is also fine to add those for a stronger flavor, but not necessary.


insberg was told by his doctors that he had one month to live. He went directly home, and called his friends, and asked each one; “What can I do for you?”
Ram Dass has described the process he goes through before he does one-on-one work with people. He does his mantra until can say “How may I serve you?” and be addressing that to the depth of the other person, the light of them, the Namaste of them. He is NOT asking, “How in the melodrama can I serve you?” It’s not about lending a car, or rehashing the terribleness of an ex-lover. He’s really asking, “How may I serve you in the journey we’re on to the light?”
What journey are you on with another? That’s an excellent place to play with as well.
Try it out before your next asana class:
Patanjali’s Yoga Sutras tell us that “OM” is the sound expressive of Isvara. Chanting OM is one way to tap into relationship with Isvara, and cultivate the qualities of the Divine. Repeating any mantra shifts our internal state – just think about some of the negative self-talk mantras you’ve played in your life and how they have created your worldview, and how your world has shifted when those mantras become positive self-talk. The resonance of OM works the same way.
When you chant, make sure you are chanting OM the fullest and most accurate way possible. It would be best to work with a teacher in person, but a few tips that I find most students could benefit from:
* Complete the chant with the “mmmm”
* Try chanting it normally once, quietly once, and the silently once
* Begin the OM on the final lift of the diaphragm at the end of the exhale, and keep the diaphragm engaged
* Draw in as much prana as you expel during the chant
When the teacher put the stick into the third skull, it entered the ear, moved upward toward the brain, and then came down toward the heart. “This is the skull of a person who not only heard the Truth and contemplated it, but also let it permeate the heart. This person cultivated the type of deep listening that leads to realization.” </s> View Full Text
- © 2009 Pageant Media Ltd </s> The 10th of May, the 13th Day of the Hunger Strike by JNU Students in protest against the HLEC Report was also the day scheduled for a meeting of the Academic Council of JNU. Students and faculty had resolved to stage a massive protest. Student and Faculty members of the Academic Council had also resolved to forcefully present issues related to the current crisis in the university at the AC Meeting. The events of the day are presented here through a series of videos and photographs uploaded by different people from JNU.
One day, his backers, Smriti Irani, Rajnath Singh and even Narendra Modi, and all the goons in the RSS headquarters at Mahal, Nagpur and Jhandewalan, Delhi will have to run for cover in a similar fashion when faced with the ‘gift’ of the fruits of their actions.
Several students addressed the gathering. Here are two videos of Rama Naga and Shehla Rashid speaking.
[ JNUSU General Secretary, Rama Naga, speaking to the assembled students gathered outside the venue of the AC meeting before he and Shehla Rashid go into the AC meeting. Video by Samim Asgor Ali]
[ Shehla Rashid (JNUSU Vice President) speaks to the assembled students outside the venue of the AC meeting, before she and Rama Naga (JNUSU General Secretary) make their way into the meeting. Video by Samim Asgor Ali]
Then the AC meeting began


Donut-based prayer? It could be that they're not too far from Pastafarianism after all.


Bridge Street, in far west Huntsville,Alabama is a new shopping development with a lake, plenty of restaurants and shops, and a new, tall Westin hotel. Connor’s Steak and Seafood is a particularly good place for a steak dinner, and the nearby Cafe 153 is a great place for an after-dinner latte or espresso. Lighting and live musicians on weekends make Bridge Street a fun destination.


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"Gum bleeding is an early manifestation of periodontal disease, whereas tooth loss represents the final stage," said Dr. Vedin. "One theory is that patients with gum bleeding but little or no tooth loss have had less and shorter exposure to the processes of periodontitis and have thus developed fewer complications."
"It could be Vedin said
American College of Cardiology, "Tooth Loss Associated with Cardiovascular Risk Factors in Patients with Chronic Heart Disease"


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W. 120 cm x D. 62 x H. 36,5 cm.
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My research interests are in optical materials, optical waveguides, nonlinear optics and laser spectroscopy. Currently the research projects in my group revolve around the following two main themes:
Glass-based optical waveguide devices
With the increasing importance of optics in communications (e.g. optical fibers), signal processing and data storage (e.g. CD-ROM, holographic data storage), there is an increasing need for new devices with specifically tailored optical properties. Glasses, which have been historically the optical material of choice, have recently attracted renewed interest for their use in new fiber and nonlinear optical devices, such as fiber lasers, fiber and waveguide amplifiers, fiber Bragg gratings, nonlinear optical switches, and holographic storage materials
In our group we are exploring new ways of making integrated waveguide devices in glass. We do this by adding new functionalities to the glass through a number of different processing techniques. For example, waveguides can be fabricated in glass using the femtosecond laser writing technique. In this technique refractive index changes are induced inside a glass by using femtosecond (fs) laser pulses tightly focused inside the material. Waveguides can be fabricated inside the glass by scanning the glass with respect to the focal point of the laser beam. We have recently fabricated waveguides in fused silica using tightly focused 800 nm, 130 fs laser pulses at fluences between 5 and 200 J cm-2. Other more complex three-dimensional structures have also been fabricated (curved waveguides, splitters, and interferometers). In addition to investigating the properties of such waveguides, e.g. the magnitude of the induced index change as well as the mode structure and loss of the waveguide, we are also interested in understanding the atomic-scale structural changes that take place in the glass as a result of fs-laser modification. We are also developing an electro-optic modulator or frequency doubler in glass by inducing a second-order nonlinearity through electric-field poling. Via proper integration of these new functionalities we can fabricate an integrated frequency doubled waveguide laser in a single glass substrate.
Optical and spectroscopic characterization of optical materials
We have several projects in which we use laser spectroscopy to characterize the optical properties of a number of different materials systems, including laser and nonlinear crystals, nanocrystals and biological systems. We use a variety of spectroscopic techniques, such as Raman and fluorescence spectrocopy, coherent Anti-Stokes Raman scattering and pump-probe techniques. We also can employ these techniques in a confocal microscopy setup, allowing us to perform single molecule spectrocopy.