Wolfgang Ketterle

Last updated on 2013-01-04T09:18+0300.

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Wolfgang Ketterle adds : "Right now, we are studying simple systems—a diatomic molecule and an atom, because larger molecules would be much more difficult to control and describe. The long-term goal of our research is to improve our understanding of how chemical processes can be controlled in more general systems and environments," External link

phys Tuesday, March 8, 2022 11:19:00 PM EAT

Wolfgang Ketterle said : "An atom can only scatter a photon if it can absorb the force of its kick, by moving to another chair," "If all other chairs are occupied, it no longer has the ability to absorb the kick and scatter the photon. So, the atom becomes transparent" External link

sciencealert Tuesday, November 23, 2021 3:13:00 AM EAT

Wolfgang Ketterle said : "Whenever we control the quantum world, like in quantum computers, light scattering is a problem and means that information is leaking out of your quantum computer," "This is one way to suppress light scattering, and we are contributing to the general theme of controlling the atomic world" External link

sciencealert Tuesday, November 23, 2021 3:13:00 AM EAT

Wolfgang Ketterle says : "Pauli blocking in general has been proven, and is absolutely essential for the stability of the world around us," External link

sciencedaily Sunday, November 21, 2021 1:26:00 AM EAT

Wolfgang Ketterle explains : "An atom can only scatter a photon if it can absorb the force of its kick, by moving to another chair," External link

sciencedaily Sunday, November 21, 2021 1:26:00 AM EAT

Wolfgang Ketterle says : "If the density is not high enough, an atom can still scatter light by jumping over a few chairs until it finds some room," External link

sciencedaily Sunday, November 21, 2021 1:26:00 AM EAT

Wolfgang Ketterle adds : "This phenomenon had never been observed before, because people were not able to generate clouds that were cold and dense enough," External link

sciencedaily Sunday, November 21, 2021 1:26:00 AM EAT

Wolfgang Ketterle says : "Pauli blocking in general has been proven, and is absolutely essential for the stability of the world around us," External link

phys Thursday, November 18, 2021 10:32:00 PM EAT

Wolfgang Ketterle explains : "An atom can only scatter a photon if it can absorb the force of its kick, by moving to another chair," External link

phys Thursday, November 18, 2021 10:32:00 PM EAT

Wolfgang Ketterle says : "If the density is not high enough, an atom can still scatter light by jumping over a few chairs until it finds some room," External link

phys Thursday, November 18, 2021 10:32:00 PM EAT

Wolfgang Ketterle adds : "This phenomenon had never been observed before, because people were not able to generate clouds that were cold and dense enough," External link

phys Thursday, November 18, 2021 10:32:00 PM EAT

Wolfgang Ketterle says : "Studying one of the simplest magnetic materials, we have advanced the understanding of magnetism," External link

phys Thursday, December 24, 2020 8:06:00 PM EAT

Wolfgang Ketterle says : "What we're doing here is, we're kind of plucking the string of spins. We're putting in this helix pattern, and then observing how this pattern behaves as a function of time," "This allows us to see the effect of different magnetic forces between the spins" External link

phys Thursday, December 24, 2020 8:06:00 PM EAT

Wolfgang Ketterle says : "Studying one of the simplest magnetic materials, we have advanced the understanding of magnetism," External link

spacedaily Thursday, December 24, 2020 10:11:00 AM EAT

Wolfgang Ketterle says : "What we're doing here is, we're kind of plucking the string of spins. We're putting in this helix pattern, and then observing how this pattern behaves as a function of time," "This allows us to see the effect of different magnetic forces between the spins" External link

spacedaily Thursday, December 24, 2020 10:11:00 AM EAT

Wolfgang Ketterle says : "Studying one of the simplest magnetic materials, we have advanced the understanding of magnetism," External link

eurekalert Wednesday, December 16, 2020 8:25:00 PM EAT

Wolfgang Ketterle says : "What we're doing here is, we're kind of plucking the string of spins. We're putting in this helix pattern, and then observing how this pattern behaves as a function of time," "This allows us to see the effect of different magnetic forces between the spins" External link

eurekalert Wednesday, December 16, 2020 8:25:00 PM EAT

Wolfgang Ketterle says : "Studying one of the simplest magnetic materials, we have advanced the understanding of magnetism," External link

phys Wednesday, December 16, 2020 7:41:00 PM EAT

Wolfgang Ketterle says : "What we're doing here is, we're kind of plucking the string of spins. We're putting in this helix pattern, and then observing how this pattern behaves as a function of time," "This allows us to see the effect of different magnetic forces between the spins" External link

phys Wednesday, December 16, 2020 7:41:00 PM EAT

Wolfgang Ketterle said : "Studying one of the simplest magnetic materials, we have advanced the understanding of magnetism," External link

zdnet Wednesday, December 16, 2020 7:38:00 PM EAT

Wolfgang Ketterle said : "What we're doing here is, we're kind of plucking the string of spins. We're putting in this helix pattern, and then observing how this pattern behaves as a function of time," "This allows us to see the effect of different magnetic forces between the spins" External link

zdnet Wednesday, December 16, 2020 7:38:00 PM EAT

Wolfgang Ketterle says : "In our world, a second is very long," "What you want to do with these molecules is quantum computation and exploring new materials, which all can be done in small fractions of a second" External link

azonano Friday, April 10, 2020 7:34:00 PM EAT

Wolfgang Ketterle says : "In our world, a second is very long," "What you want to do with these molecules is quantum computation and exploring new materials, which all can be done in small fractions of a second" External link

sciencedaily Wednesday, April 8, 2020 9:51:00 PM EAT

Wolfgang Ketterle says : "In our world, a second is very long," "What you want to do with these molecules is quantum computation and exploring new materials, which all can be done in small fractions of a second" External link

eurekalert Wednesday, April 8, 2020 7:54:00 PM EAT

Wolfgang Ketterle says : "In our world, a second is very long," "What you want to do with these molecules is quantum computation and exploring new materials, which all can be done in small fractions of a second" External link

phys Wednesday, April 8, 2020 7:01:00 PM EAT

Wolfgang Ketterle poznamenal : "Občas se cítím trochu trapně, že oslavujeme vědce, protože bychom měli oslavovat vědu," External link

ceskenoviny-en Wednesday, July 17, 2019 10:24:00 PM EAT

Wolfgang Ketterle told : “Things can balance out in the longer term, but to balance something at a given time is almost impossible, because you may suddenly be close to a discovery and you are so excited and passionate about it you will neglect other things in your life,” External link

timeshighereducation Friday, July 5, 2019 2:35:00 AM EAT

Wolfgang Ketterle told : "If you win a million dollars, and it is paid in pennies, you don't want to count pennies. You will first exchange the pennies into dollar bills, and then the dollar bills into 100 dollar bills, and then you count them," External link

upi Tuesday, May 21, 2019 12:50:00 AM EAT

Wolfgang Ketterle said : “What motivates us is that once it’s possible, then people know the laws of nature allow us to realize such materials,” “We hope that 10 to 20 years down the road it influences materials designers to go further, and maybe create a supersolid that exists outside a vaccuum chamber” External link

gizmodo Saturday, March 4, 2017 10:52:00 AM EAT



Key Titles and Phrases Count Lang Last Seen
physics professor100.00%EN03/04/201704/03/2017
Names Lang Count
Wolfgang KetterleEN62.07%
Wolfgang KetterleES37.93%


 
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Wolfgang Ketterle

Last updated on 2013-01-04T09:18+0300.

About this image

sign

Quotes... Extracted quotes from

Wolfgang Ketterle adds : "Right now, we are studying simple systems—a diatomic molecule and an atom, because larger molecules would be much more difficult to control and describe. The long-term goal of our research is to improve our understanding of how chemical processes can be controlled in more general systems and environments," External link

phys Tuesday, March 8, 2022 11:19:00 PM EAT

Wolfgang Ketterle said : "An atom can only scatter a photon if it can absorb the force of its kick, by moving to another chair," "If all other chairs are occupied, it no longer has the ability to absorb the kick and scatter the photon. So, the atom becomes transparent" External link

sciencealert Tuesday, November 23, 2021 3:13:00 AM EAT

Wolfgang Ketterle said : "Whenever we control the quantum world, like in quantum computers, light scattering is a problem and means that information is leaking out of your quantum computer," "This is one way to suppress light scattering, and we are contributing to the general theme of controlling the atomic world" External link

sciencealert Tuesday, November 23, 2021 3:13:00 AM EAT

Wolfgang Ketterle says : "Pauli blocking in general has been proven, and is absolutely essential for the stability of the world around us," External link

sciencedaily Sunday, November 21, 2021 1:26:00 AM EAT

Wolfgang Ketterle explains : "An atom can only scatter a photon if it can absorb the force of its kick, by moving to another chair," External link

sciencedaily Sunday, November 21, 2021 1:26:00 AM EAT

Wolfgang Ketterle says : "If the density is not high enough, an atom can still scatter light by jumping over a few chairs until it finds some room," External link

sciencedaily Sunday, November 21, 2021 1:26:00 AM EAT

Wolfgang Ketterle adds : "This phenomenon had never been observed before, because people were not able to generate clouds that were cold and dense enough," External link

sciencedaily Sunday, November 21, 2021 1:26:00 AM EAT

Wolfgang Ketterle says : "Pauli blocking in general has been proven, and is absolutely essential for the stability of the world around us," External link

phys Thursday, November 18, 2021 10:32:00 PM EAT

Wolfgang Ketterle explains : "An atom can only scatter a photon if it can absorb the force of its kick, by moving to another chair," External link

phys Thursday, November 18, 2021 10:32:00 PM EAT

Wolfgang Ketterle says : "If the density is not high enough, an atom can still scatter light by jumping over a few chairs until it finds some room," External link

phys Thursday, November 18, 2021 10:32:00 PM EAT

Wolfgang Ketterle adds : "This phenomenon had never been observed before, because people were not able to generate clouds that were cold and dense enough," External link

phys Thursday, November 18, 2021 10:32:00 PM EAT

Wolfgang Ketterle says : "Studying one of the simplest magnetic materials, we have advanced the understanding of magnetism," External link

phys Thursday, December 24, 2020 8:06:00 PM EAT

Wolfgang Ketterle says : "What we're doing here is, we're kind of plucking the string of spins. We're putting in this helix pattern, and then observing how this pattern behaves as a function of time," "This allows us to see the effect of different magnetic forces between the spins" External link

phys Thursday, December 24, 2020 8:06:00 PM EAT

Wolfgang Ketterle says : "Studying one of the simplest magnetic materials, we have advanced the understanding of magnetism," External link

spacedaily Thursday, December 24, 2020 10:11:00 AM EAT

Wolfgang Ketterle says : "What we're doing here is, we're kind of plucking the string of spins. We're putting in this helix pattern, and then observing how this pattern behaves as a function of time," "This allows us to see the effect of different magnetic forces between the spins" External link

spacedaily Thursday, December 24, 2020 10:11:00 AM EAT

Wolfgang Ketterle says : "Studying one of the simplest magnetic materials, we have advanced the understanding of magnetism," External link

eurekalert Wednesday, December 16, 2020 8:25:00 PM EAT

Wolfgang Ketterle says : "What we're doing here is, we're kind of plucking the string of spins. We're putting in this helix pattern, and then observing how this pattern behaves as a function of time," "This allows us to see the effect of different magnetic forces between the spins" External link

eurekalert Wednesday, December 16, 2020 8:25:00 PM EAT

Wolfgang Ketterle says : "Studying one of the simplest magnetic materials, we have advanced the understanding of magnetism," External link

phys Wednesday, December 16, 2020 7:41:00 PM EAT

Wolfgang Ketterle says : "What we're doing here is, we're kind of plucking the string of spins. We're putting in this helix pattern, and then observing how this pattern behaves as a function of time," "This allows us to see the effect of different magnetic forces between the spins" External link

phys Wednesday, December 16, 2020 7:41:00 PM EAT

Wolfgang Ketterle said : "Studying one of the simplest magnetic materials, we have advanced the understanding of magnetism," External link

zdnet Wednesday, December 16, 2020 7:38:00 PM EAT

Wolfgang Ketterle said : "What we're doing here is, we're kind of plucking the string of spins. We're putting in this helix pattern, and then observing how this pattern behaves as a function of time," "This allows us to see the effect of different magnetic forces between the spins" External link

zdnet Wednesday, December 16, 2020 7:38:00 PM EAT

Wolfgang Ketterle says : "In our world, a second is very long," "What you want to do with these molecules is quantum computation and exploring new materials, which all can be done in small fractions of a second" External link

azonano Friday, April 10, 2020 7:34:00 PM EAT

Wolfgang Ketterle says : "In our world, a second is very long," "What you want to do with these molecules is quantum computation and exploring new materials, which all can be done in small fractions of a second" External link

sciencedaily Wednesday, April 8, 2020 9:51:00 PM EAT

Wolfgang Ketterle says : "In our world, a second is very long," "What you want to do with these molecules is quantum computation and exploring new materials, which all can be done in small fractions of a second" External link

eurekalert Wednesday, April 8, 2020 7:54:00 PM EAT

Wolfgang Ketterle says : "In our world, a second is very long," "What you want to do with these molecules is quantum computation and exploring new materials, which all can be done in small fractions of a second" External link

phys Wednesday, April 8, 2020 7:01:00 PM EAT

Wolfgang Ketterle poznamenal : "Občas se cítím trochu trapně, že oslavujeme vědce, protože bychom měli oslavovat vědu," External link

ceskenoviny-en Wednesday, July 17, 2019 10:24:00 PM EAT

Wolfgang Ketterle told : “Things can balance out in the longer term, but to balance something at a given time is almost impossible, because you may suddenly be close to a discovery and you are so excited and passionate about it you will neglect other things in your life,” External link

timeshighereducation Friday, July 5, 2019 2:35:00 AM EAT

Wolfgang Ketterle told : "If you win a million dollars, and it is paid in pennies, you don't want to count pennies. You will first exchange the pennies into dollar bills, and then the dollar bills into 100 dollar bills, and then you count them," External link

upi Tuesday, May 21, 2019 12:50:00 AM EAT

Wolfgang Ketterle said : “What motivates us is that once it’s possible, then people know the laws of nature allow us to realize such materials,” “We hope that 10 to 20 years down the road it influences materials designers to go further, and maybe create a supersolid that exists outside a vaccuum chamber” External link

gizmodo Saturday, March 4, 2017 10:52:00 AM EAT



Key Titles and Phrases Count Lang Last Seen
physics professor100.00%EN03/04/201704/03/2017
Names Lang Count
Wolfgang KetterleEN62.07%
Wolfgang KetterleES37.93%


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