Nobel Laureate Dr. William D. Phillips on Why We Measure William D. Phillips' public lecture "Time, Einstein and the Coolest Stuff in the Universe" at VU A Brief History of Time | Nobel Prize Winner Bill Phillips (NIST) (265)
Nobel physicist Bill Phillips on why quantum mechanical randomness is necessary A New Measure: The Reform of the International System of Units BY Nobel Laureate William D. Phillips William Daniel Phillips (born November 5, 1948) is an American physicist. He shared the Nobel Prize in Physics in 1997 with Steven Chu and Claude
William D. Phillips' public lecture "Time, Einstein and the Coolest Stuff in the Universe" organised by Vilnius University. This will time #NobelPrize #Lasers @NIST Fellow William D. Phillips received the 1997 Nobel Prize in Physics "for development of
Time, Einstein, and the Coolest Stuff in the Universe - W. Phillips - 2/26/2016 NIST Fellow William D. Phillips received the 1997 Nobel Prize in Physics "for development of methods to cool and trap atoms with laser light."
Bill Phillips - Einstein, Time, and Light A presentation given by Dr. William D. Phillips, 1997 Nobel Prize in Physics Laureate, at Morgan State University's Division of Bill Phillips | NIST
From the Opening Ceremony of the International Year of Light at the UNESCO building in Paris France. EINSTEIN, TIME AND LIGHT - William D. Phillips William Phillips is a Distinguished University and College Park Professor of Physics at the University of Maryland. He is also a
William Phillips: Nobel laureate talks about his passion for quantum Atomic clocks and laser cooling: Bill Phillips
How Laser Cooling Made Cesium Clocks Possible | Bill Phillips Tick-tock cold cold clock with Bill Phillips
William D. Phillips, Distinguished University Professor, College Park Professor of Physics and IPST. Research Interests: Laser cooling and trapping of neutral Atomic clocks are the most accurate time pieces in the world. In order to be able to function these clocks need to be kept incredibly
Dr. William D. Phillips is a Nobel Prize-winning physicist and a Distinguished Visiting Professor of Physics at Morgan State University. The National Academy of Sciences, India (NASI) Delhi Chapter and MHRD-Institution Innovation Council (IIC), Deen Dayal WATCH FULL LECTURE | Prof. William D. Phillips | Nobel Laureate Lecture #science #physics #nobel
Lasers, atomic clocks, and the coolest stuff in the universe. Bill Phillips explains how laser cooling, for which he shared the 1997 Dr. William D. Phillips - Physics
How long is a second really? Astronomers and physicists disagreed for years. Watch the full interview here: William Daniel Phillips - Wikipedia How did cooling atoms with lasers revolutionize our understanding of time? In this episode, we speak with Bill Phillips, Nobel
Part of our International Year of Quantum Science and Technology coverage. This episode of the Physics World Weekly podcast features William William D. Phillips – Facts - NobelPrize.org
Demonstration of levitation of a spinning magnet by Dr. Bill Phillips, winner of the Nobel prize in physics in 1997 - at a church in How Atomic Clocks Redefined the Second | Bill Phillips
Phillips points out that strictly classical physics would not have led to the complexity that we see in the world. Quantum Big Think Interview With William Phillips
World-renowned physicist Dr. William D. Phillips talks about how measurements became standard around the world. Physics Lee Historical Lectures in Physics: William D. Phillips, Apr 22-23, 2025
Laser Cooling and Quantum Timekeeping | Bill Phillips William D. Phillips | Institute for Physical Science and Technology
William Phillips: why quantum physics is so 'deliciously weird Bill Phillips explains why atomic clocks are really quantum clocks. Watch the full interview here: William D. Phillips, Nobel Prize in Physics 1997. Born: 5 November 1948, Wilkes-Barre, PA, USA. Affiliation at the time of the award: National Institute of
Why Cesium Makes The Best Atomic Clocks | Bill Phillips William D. Phillips | Science and Religion: Is There a Conflict? UO Today interview: William Phillips and David Wineland, physicists
Nobel Prize-winning physicist Dr. Bill Phillips gave a dynamic and entertaining presentation for Shady Side Academy Senior Nobel physicist Bill Phillips levitates a spinning magnet
William D. Phillips - Google Scholar William D. Phillips, Distinguished University and College Park Professor, University of Maryland. Co-recipient of the 1997 Nobel Prize in Physics.
New videos DAILY: Join Big Think Edge for exclusive videos: Professor of Physics, University of Maryland; Physicist, National Institute of Standards and Technology - Cited by 34478 - cold atomic gases Laser cooling enables tech like atomic clocks and quantum computers. Here's how it works. Watch the full interview here:
The Nobel-prize-winning physicist William Phillips talks to Margaret Harris about his life and career. Speaker : William D. Phillips ( National Institute of Standards and Technology Gaithersburg, MD, USA) Date and Time : 23 Jan William Phillips is a Distinguished University and College Park Professor of physics. In 1997 he was a co-recipient of the Nobel Prize of Physics.
William D. Phillips (1997 Nobel Laureate in Physics), National Institute of Standards and Technology & University of Maryland Watch full Nobel Laureate Lecture of Prof. William D. Phillips: About Bhaktivedanta
Why do we use cesium for atomic clocks, and not something else? Watch the full interview here: Public lecture by Nobel Laureate William D Phillips, Joint Quantum Institute, National Institute of Standards and Technology and
A new Measure: the Revolutionary Quantum Reform of the Metric System, William D. Phillips Nobel Prize-Winning Physicist Dr. Bill Phillips at Senior School Assembly The Science and Society conference brought together world leading researchers and scholars in science and world
Are Atomic Clocks Affected by Quantum Entanglement? | Bill Phillips Time, Einstein and the coolest stuff in the universe - William D. Phillips
Bill Phillips: Nature Is More Clever Than We Are Phillips, William - UMD Physics