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This is All Things Considered. I'm Michelle Norris.
Phone calls from Sweden woke up two American scientists this morning, John Hall and Roy Glauber. They will share the Nobel Prize for Physics with a German Researcher Theodor Haensch. All three worked in various ways on the physics of light. The work has a handful of practical applications but not many, as NPR's David Kestenbaum reports.
Roy Glauber got the phone call early this morning. When it reached him at 7:30, he was still wearing his pajamas2 and a neighbour has just brought over a cup of coffee.
Glauber is eighty years old and a physicist3 at Harvard. He's sharing the prize for his theoretical work , pencil and paper equations, done in the 1960s that formed the basis of something called "quantum optics". His work explained after the laser was invented how it was the darn thing actually worked in full detail. And it provided the fundamental framework for how particles of light interact with atoms and molecules4.
“There are a few aha moments, but it was done over a period of time when these realizations5 dawned in, somewhat gradually. But yes, there are a few aha moments. I'll be hard put to describe them because it’s mathematical.”
”I see. Any idea what you are gonna do with the money?”
”I don't even know what the money is. No one has told me, and I haven't heard a word. “
“According to this, you get one half of one point three million dollars.”
”My heaven, that's the first word I’ve heard. Very interesting. The answer to your question is I haven't the faintest idea.”
Also this morning, on Davidson place in Boulder6, Colorado. An excited dog chased the reporter off the front lawn. The house is the home of Physicist John Hall. Hall is 71 years old and will share the other half of the Nobel Prize with German Theodor Haensch for their experimental work. Working together and sometimes in competition, they perfected a way to measure colors or frequencies of light very, very accurately7, to 15 decimal places.
”I think there may be 8 of us , we are supported for ten years building this fantastic dinosaur8, even though it is the first one on the earth to measure optical frequencies. “
Eventually, Hall's dinosaur, a fancy optical laser device helped redefine how distance itself is measured. Once upon a time, a meter was defined as one ten-millionth of the distance from the North Pole to the equator passing through Paris. Then it was a metal bar with two notches9 in it. Today, the meter is pegged10 instead to the speed of light. The work of Haensch and Hall made that possible. It also allowed the physicists11 to measure the internal structure of the atom with new precision. Hall says he never expected to win the Nobel Prize.
“No ,no. I've been even surprised that I would be paid to do such interesting things. In earlier times, scientists were independently wealthy and they did what they thought was the most interesting thing to do and they paid for it themselves. I've been hugely lucky to be employed by NIST for 43 years or something. “
NIST is a government agency, the National Institution of Standards and Technology. Hall also works at the University of Colorado.
If all this sounds a little esoteric, it is right now. Den1 Clapner is a physicist at MIT, he brought the coffee over to Roy Glauber's house this morning.
The applications of revolutionary devices come later, because one hasn't had time to think about the possibilities. I'm sure that there will be very important applications. The devices, they are so powerful. They open up so many new areas we're just learning about.
This year's prizes also remind/ us that physics has been around for centuries, the easy questions were answered long ago.
David Kestenbaum. NPR news.
Phone calls from Sweden woke up two American scientists this morning, John Hall and Roy Glauber. They will share the Nobel Prize for Physics with a German Researcher Theodor Haensch. All three worked in various ways on the physics of light. The work has a handful of practical applications but not many, as NPR's David Kestenbaum reports.
Roy Glauber got the phone call early this morning. When it reached him at 7:30, he was still wearing his pajamas2 and a neighbour has just brought over a cup of coffee.
Glauber is eighty years old and a physicist3 at Harvard. He's sharing the prize for his theoretical work , pencil and paper equations, done in the 1960s that formed the basis of something called "quantum optics". His work explained after the laser was invented how it was the darn thing actually worked in full detail. And it provided the fundamental framework for how particles of light interact with atoms and molecules4.
“There are a few aha moments, but it was done over a period of time when these realizations5 dawned in, somewhat gradually. But yes, there are a few aha moments. I'll be hard put to describe them because it’s mathematical.”
”I see. Any idea what you are gonna do with the money?”
”I don't even know what the money is. No one has told me, and I haven't heard a word. “
“According to this, you get one half of one point three million dollars.”
”My heaven, that's the first word I’ve heard. Very interesting. The answer to your question is I haven't the faintest idea.”
Also this morning, on Davidson place in Boulder6, Colorado. An excited dog chased the reporter off the front lawn. The house is the home of Physicist John Hall. Hall is 71 years old and will share the other half of the Nobel Prize with German Theodor Haensch for their experimental work. Working together and sometimes in competition, they perfected a way to measure colors or frequencies of light very, very accurately7, to 15 decimal places.
”I think there may be 8 of us , we are supported for ten years building this fantastic dinosaur8, even though it is the first one on the earth to measure optical frequencies. “
Eventually, Hall's dinosaur, a fancy optical laser device helped redefine how distance itself is measured. Once upon a time, a meter was defined as one ten-millionth of the distance from the North Pole to the equator passing through Paris. Then it was a metal bar with two notches9 in it. Today, the meter is pegged10 instead to the speed of light. The work of Haensch and Hall made that possible. It also allowed the physicists11 to measure the internal structure of the atom with new precision. Hall says he never expected to win the Nobel Prize.
“No ,no. I've been even surprised that I would be paid to do such interesting things. In earlier times, scientists were independently wealthy and they did what they thought was the most interesting thing to do and they paid for it themselves. I've been hugely lucky to be employed by NIST for 43 years or something. “
NIST is a government agency, the National Institution of Standards and Technology. Hall also works at the University of Colorado.
If all this sounds a little esoteric, it is right now. Den1 Clapner is a physicist at MIT, he brought the coffee over to Roy Glauber's house this morning.
The applications of revolutionary devices come later, because one hasn't had time to think about the possibilities. I'm sure that there will be very important applications. The devices, they are so powerful. They open up so many new areas we're just learning about.
This year's prizes also remind/ us that physics has been around for centuries, the easy questions were answered long ago.
David Kestenbaum. NPR news.
点击收听单词发音
1 den | |
n.兽穴;秘密地方;安静的小房间,私室 | |
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2 pajamas | |
n.睡衣裤 | |
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3 physicist | |
n.物理学家,研究物理学的人 | |
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4 molecules | |
分子( molecule的名词复数 ) | |
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5 realizations | |
认识,领会( realization的名词复数 ); 实现 | |
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6 boulder | |
n.巨砾;卵石,圆石 | |
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7 accurately | |
adv.准确地,精确地 | |
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8 dinosaur | |
n.恐龙 | |
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9 notches | |
n.(边缘或表面上的)V型痕迹( notch的名词复数 );刻痕;水平;等级 | |
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10 pegged | |
v.用夹子或钉子固定( peg的过去式和过去分词 );使固定在某水平 | |
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11 physicists | |
物理学家( physicist的名词复数 ) | |
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