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Good Morning !!!!!!!

samoth

New member
In 1920, Judge Kenesaw Mountain Landis was appointed the first Commissioner of Baseball.

In 1927, Josef Stalin became the undisputed ruler of the Soviet Union.

In 1927, the Holland Tunnel opened. The world's first underwater vehicular tunnel connected New York and New Jersey.

In 1931, Maple Leaf Gardens opened in Toronto, Canada.

In 1936, the Oakland Bay Bridge opened.

In 1942, the World War Two naval battle of Guadalcanal began. The Americans went on to win a major victory over the Japanese forces.

In 1954, Ellis Island closed after processing more than 20-Million immigrants since it opened in New York Harbor in 1892.

In 1971, President Nixon announced the withdrawal of 45-thousand U.S. troops from Vietnam.

In 1980, Bruce Springsteen and the E. Street Band topped the pop album chart for the first time with "The River."

In 1984, Madonna released her breakthrough album "Like A Virgin."

In 1994, Olympic Hall-of-Famer Wilma Rudolph died at the age of 54. She won three sprinting gold medals at the 1960 Olympic Games.

In 1995, Miami Dolphins quarterback Dan Marino broke Fran Tarkenton's NFL record for career passing yardage.

In 1996, Jonathan Schmitz was convicted of second-degree murder in the shooting death of Scott Amedure. The admittedly gay Amedure was killed several days after announcing on "The Jenny Jones Show," that he had a crush on Schmitz.

In 1997, jury selection began in the trial of accused Unabomber Theodore Kaczynski.

In 1998, Chicago Mayor Richard Daley filed a 433-Million-dollar lawsuit against the firearms industry. Daley accused the industry of deliberately marketing weapons to criminals.

In 2001, an American Airlines Airbus en route from New York's John F. Kennedy International Airport to the Dominican Republic crashed shortly after takeoff killing 265 people.

In 2001, actress Carrie Donovan, best known as the spectacled fashion editor in the Old Navy commercials, died on this date at the age of 73.

In 2003, a Manhattan Supreme Court judge announced that neither Rosie O'Donnell or the publishers of her failed magazine "Rosie" would be awarded any damages in a breach-of-contract lawsuit. The judge said the 100-million-dollar suit brought by publishers Gruner and Jahr USA was ill-conceived because there was never any certainty that "Rosie" would be a money-maker. O'Donnell's 125-million-dollar countersuit was also dismissed.

In 2004, in one of the most closely-watched trials of the year, a California jury found philandering husband Scott Peterson guilty of double murder in the deaths of his pregnant wife Laci Peterson and their unborn child.

In 2004, amid chaotic scenes of grief and gunfire, Yasser Arafat was buried at his compound in the West Bank city of Ramallah.



:cow:
 
Good morning to you too:)
 
1861 - The USA first exports oil to Europe
1945 - Neil Young born in Toronto
Dr. Sun Yat-sen's birthday in Taiwan
 
samoth said:
Hiya!

How's your morning going?



:cow:
The morning is done and dusted and we're now into late-afternoon. I'm just about to find some cold, wet fields to traipse the dogs through in the hope that they'll sleep the early evening away.
 
redguru said:
I just set one up for you, Samoth.

SWeet! Thanks! I put 5,000 on Berkeley too, since people obviously don't realize how prestigious they are, especially compared to looser-fuckers like USC.

Purdue! Purdue!



:cow:
 
John L. Hall of CU and NIST Awarded the 2005 Nobel Prize in Physics
John L. Hall, a fellow and senior research associate at JILA, a joint institute of the University of Colorado at Boulder and the National Institute of Standards and Technology, has won the 2005 Nobel Prize in Physics along with Theodor W. Hänsch of the Max Planck Institute for Quantum Optics and a professor of physics at Ludwig Maximilians University in Munich, Germany, and Roy J. Glauber, a professor of physics at Harvard University.



:cow:
 
samoth said:
John L. Hall of CU and NIST Awarded the 2005 Nobel Prize in Physics
John L. Hall, a fellow and senior research associate at JILA, a joint institute of the University of Colorado at Boulder and the National Institute of Standards and Technology, has won the 2005 Nobel Prize in Physics along with Theodor W. Hänsch of the Max Planck Institute for Quantum Optics and a professor of physics at Ludwig Maximilians University in Munich, Germany, and Roy J. Glauber, a professor of physics at Harvard University.



:cow:
The funny thing about him was his application to this first job out of grad school... Three words in what was supposed to be a three page letter explaining why he should get the job. "Physics is fun". :)

Scientist: 'Physics is fun'
Boulder's John Hall shares top honor for laser research
Paul Aiken © Daily Camera © Special to the News

Laser researcher John Hall, left, winner of the Nobel Prize in physics, laughs with researchers in a laser lab at the University of Colorado on Tuesday. With Hall, from left, are Flavio Cruz, Tanya Zelevinsky and Xueren Huang. He is the fourth Boulder researcher to win a Nobel since 1989. (prestigious indeed)


RELATED STORIES
Nobel laureate doubles as home do-it-yourselfer
By Jim Erickson, Rocky Mountain News
October 4, 2005
BOULDER - Laser researcher John L. Hall won a share of the Nobel Prize in physics on Tuesday, 44 years after he sought his first science job by scrawling three words on an application letter: "Physics is fun."
Hall, 71, landed that job and went on to spend more than four decades working for a federal lab in Boulder, where he became one of the world's preeminent laser experimentalists.

He is the fourth Boulder researcher to win a Nobel since 1989. A University of Colorado biochemist won that year, and in 2001 the physics award went to two researchers from JILA, where Hall worked until his retirement in November.

JILA is a research collaboration between CU and the National Institute of Standards and Technology, known as NIST.

"It is completely humbling to have lightning strike in Boulder town again," Hall, known to his friends as Jan, said at a Tuesday afternoon news briefing.

Hall helped usher the laser from a laboratory curiosity to a fundamental tool of modern science and a ubiquitous part of modern communications equipment - from DVD players to fiber-optic cables.

Throughout his career, Hall concentrated on improving the precision, accuracy and stability of the colors that lasers produce. That work, recognized by the Nobel committee Tuesday, helped transform the laser into a precision measurement tool.

And through it all, Hall never forgot that physics is fun.

He instilled the joy of discovery in many of the 15 physics doctoral students he advised at the University of Colorado.

"He's a free-form, enthusiastic, energetic inspiration," said former student Leo Hollberg, now the group leader for precision laser spectroscopy at NIST's Boulder lab.

Former student Chris Oates agrees.

"The joy he expressed in his work - you wanted to experience it, too," Oates said.

"It was infectious. He let people figure things out for themselves and find their own path.

"And the quality of work in his lab was so high that you strove not to let him down," Oates said.

Hall was born in Denver and graduated from South High School in 1952. He earned a doctorate in physics in 1961 from Carnegie Mellon University in Pittsburgh.

Then he decided to apply for a postdoctoral research position at the National Bureau of Standards, the forerunner of NIST.

He had to get the application mailed on a Saturday, and it was supposed to be accompanied by a two- or three-page letter explaining why he wanted the job.


Pressed for time, Hall wrote a three-word letter and mailed it with the application, according to his wife, Lindy Hall.

Winning a Nobel "celebrates one part of a person's life," said John Hall, who will share the prize with two other researchers. "But if you're going to get toward the end and you only have this kind of experience, I think you've missed something.

"Because it's awfully nice to lie in the grass. It's awfully nice to listen to Beethoven on earphones."

After a year with the Bureau of Standards in Washington, D.C., Hall was transferred to Boulder, where the seeds of JILA were about to sprout.

He continued to work for the Bureau of Standards, but in 1962 he became a founding fellow at JILA, which originally stood for Joint Institute for Laboratory Astrophysics.

The lab set up shop in an old armory on the edge of campus. JILA occupied two floors, and art students worked on the third. The artists were mesmerized by the colorful laser beams the physicists tinkered with, Hall said Tuesday.

"JILA was an idea - it was a dream," he said. "Nobody expected JILA to last five years, let alone 45.

"On the other hand, it was the Kennedy times, and anything seemed possible."

It still does, said current JILA fellow Eric Cornell.

"It all comes together in some magic brew," said Cornell, who shared the 2001 physics Nobel with CU researcher Carl Wieman and MIT's Wolfgang Ketterle.

"I wish I could put my finger on exactly what it is (about JILA), because I'd want to put it in a bottle and sell it, and also make sure we never change whatever it is."

In the 1960s, Hall worked on the development of the methane-stabilized helium-neon laser, which became the cornerstone of a famous experiment at JILA that measured the speed of light 100 times better than any previous effort.

That quest also led Hall to the Poor Man's Relief gold mine in the foothills near Boulder. In search of a still, stable location, he set up dual lasers in the mine in an early attempt to make the speed-of-light measurement.

The light measurement led to a fundamental redefinition of the meter, a basic unit of distance measurement.

The Nobel committee specifically recognized Hall and German researcher Theodor Hänsch for their development of laser-based precision spectroscopy - the determination of the color of the light of atoms and molecules - with extreme precision.

The work of Hall and Hänsch "made it possible to measure frequencies with an accuracy of 15 digits," according to the Nobel citation. "This technique makes it possible to carry out studies of, for example, the stability of the constants of nature over time and to develop extremely accurate (atomic) clocks and improved GPS technology."

Precise color control also allowed lasers to be used to probe the interior of atoms and molecules beginning in the late 1960s. Hall played a key role in that advance, said NIST research physicist Jim Bergquist.

"If you don't get the color exactly right, the light goes right through," he said. "If you get it right, the light bounces off, which is what you want.

"Everybody who has used a well-stabilized laser for anything in physics owes him a debt of gratitude," Bergquist said.

Hall and Hänsch will split half the $1.3 million prize. The other half goes to American physicist Roy Glauber.

Hall learned he'd won when the phone rang at 3:15 a.m. Tuesday. His wife answered, listened to the unfamiliar voice for a few seconds, then hung up, believing it was a wrong number.

"They called back later, and this woman who was speaking English as her second language was just shouting: 'This is important! This is important!' " Hall said.

Hall said he plans to travel and will continue working in the lab. One of his latest projects is to find new ways to detect explosives at airports.

When he started working with lasers more than 40 years ago, he couldn't have foreseen today's myriad applications. But that's the way it is with many basic science discoveries, Hall said.

"Take a look at what I have in my hands. It's a brand new baby," he said Tuesday, cupping his hands in a cradling gesture.

"It's absolutely fantastic. Everyone understands the potential that's in there. And you say, 'What's the practical value of another baby?'

"Man, just hang on 20 years and something good is going to happen. I can just guarantee it."

-Sharing the prize-

Boulder scientist John Hall shares his Nobel Prize in physics with German researcher Theodor Hänsch and American physicist Roy Glauber, whose original research was the jumping off point for Hall.

Roy Glauber

Glauber, 80, of Harvard University, takes half the Nobel award for showing how the quantum nature of light can affect its behavior. His insights led to the work of Hall and Hänsch. Until Glauber published his theories in 1963, scientists dismissed the idea that quantum theory, which was developed to describe the behavior of particles, had any application to light. But Glauber showed that certain types of light - including lasers - could only be fully understood using quantum methods, which treat light as individual packets of energy rather than continuous waves.

Theodor Hänsch

Hänsch, 63, of the Ludwig-Maximilian-Universtaet in Munich, shares his prize with Hall He built on Glauber's discovery by developing a means of measuring the frequency of a laser beam to a precision of one part in a thousand-trillion. With that ability, scientists can build optical clocks that keep time more accurately than existing atomic devices. They can also improve the precision of distance measurements accordingly.

• Other Nobel winners: On Monday, Barry J. Marshall and Robin Warren, both Australians, won the Nobel Prize in medicine.

[email protected] or 303-892-5129
 
beefcake28 said:
Having attended UW-Madison and now attending CU, I gotta back up my teams!!

How's the weather at UC-Boulder? I've heard that Colorado is generally a scalding hot heat sink except for the cooler mountainous areas. I tend to avoid hot places, lol.

BTW, get on the facebook.



:cow:"
 
samoth said:
How's the weather at UC-Boulder? I've heard that Colorado is generally a scalding hot heat sink except for the cooler mountainous areas. I tend to avoid hot places, lol.

BTW, get on the facebook.



:cow:"
On the contrary, it is nothing like that at all. It tends to stay cooler near the foothills during the summers, where even mid-90 degree days feel like 75 degrees due to the lack of humidity. Living in Wisconsin humidity and then coming here feels like a dream come true... Also, Boulder avoids the major brunt of the snowstorms in the winter, while Denver gets hammered more being on the "plains" right after the mountains. The ground never freezes during the winter at Denver/Boulder elevations, so even a couple years back when we got 3 feet of snow in 3 days (freak storm in April, I think), it was melted and 70 degrees again in a week...

I remember when I moved here a few years ago... The high temp in Wisconsin when I left was 8 degrees, which feels even colder factoring in the humidity levels. When I got to Denver a day and a half later, it was 65 degrees, in February (not unusual at all)!!!! It is sweet going up to the mountains to go snowboarding, only to return to Denver and ~60 weather in winter... After living most of my life in Wisconsin, Denver winters are a joke... with the exception that people can't drive as they aren't used to snow being on the roads, unlike Wisconsin....
 
redguru said:
I dated a chick from UW-Whitewater back in the day.
I lived not to far from there for a while... Those kids know how to party!!! Than again, what Wisconsin college doesn't??
 
Smurfy said:
I have several cousins who also atttended UW Madison. One is going there now I believe.
My brother graduated from Madison with a degree in Medical Microbiology. UW-Madison is #1 in the country for that program, #2 is Harvard.... Talk about prestigious! I love that school...
 
samoth said:
BTW, get on the facebook.



:cow:"
I really gotta do that.. I need to go and get my password reset at one of the computer labs. I can't sign up for facebook without my official college e-mail, and I can't remember my damn password!! I'll stop in there this week and get that done.
 
beefcake28 said:
On the contrary, it is nothing like that at all. It tends to stay cooler near the foothills during the summers, where even mid-90 degree days feel like 75 degrees due to the lack of humidity. Living in Wisconsin humidity and then coming here feels like a dream come true... Also, Boulder avoids the major brunt of the snowstorms in the winter, while Denver gets hammered more being on the "plains" right after the mountains. The ground never freezes during the winter at Denver/Boulder elevations, so even a couple years back when we got 3 feet of snow in 3 days (freak storm in April, I think), it was melted and 70 degrees again in a week...

I remember when I moved here a few years ago... The high temp in Wisconsin when I left was 8 degrees, which feels even colder factoring in the humidity levels. When I got to Denver a day and a half later, it was 65 degrees, in February (not unusual at all)!!!! It is sweet going up to the mountains to go snowboarding, only to return to Denver and ~60 weather in winter... After living most of my life in Wisconsin, Denver winters are a joke... with the exception that people can't drive as they aren't used to snow being on the roads, unlike Wisconsin....

After spending an hour on UC-Boulder's physics site, they're now in my top 5 list for departments I'm applying to. They never showed up on many rankings lists and I assumed they had 100+ degree weather all the time, so I never considered them.

Thanks for the info and idea!!



:cow:
 
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