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The Rising Stars Collection features notable APL papers by emerging investigators. These papers were identified by the editors and Rising Stars Award selection committee as particularly outstanding among the many excellent candidates for the award...
For exceptional scientific creativity and leadership in designing and demonstrating a state-of-the-art trapped ion optical clock with the lowest reported clock systematic uncertainty of 0.94 x 10^{-18}, and for implementing novel clock comparisons.
For exceptional scientific creativity and achievement in designing and implementing state-of-the-art trapped-ion optical clocks with the lowest systematic uncertainty.
For innovations in surface-science and material-preparation technology that overcame a longstanding barrier to implementing ion-trap quantum computing.
For the development of open-source hardware and software designs for a state-of-the-art digital servo that is being rapidly adopted by researchers inside and outside of NIST.
David J. Wineland received a B.A. degree from the University of California, Berkeley and a Ph.D. from Harvard University. He has been a member of the Time and Frequency Division of NIST (National Institute of Standards and Technology) since 1975...
The Nobel citation notes that Wineland and Haroche's methods have enabled science to take "the very first steps towards building a new type of super fast computer based on quantum physics. Perhaps the quantum computer will change our everyday lives...
Bergquist was chosen "for his contributions to laser science and tests of fundamental physical principles, in particular the application of ultra-stable lasers to tests of quantum measurement theory and the fundamentals of quantum mechanics."
Typically, there will be one such lectureship annually for each of the principal subdisciplines of the Conferences, namely the Biological, Chemical, and Physical sciences. At its discretion, the Board may occasionally elect additional Alexander M...
For seminal contributions to the field of Quantum Information Processing using trapped ions including the demonstration of high fidelity logic gates and the implementation and application of entangled states.
For the first laser cooling of any atomic species and the demonstration of innovative methods for laser cooling of trapped ions, providing the foundation for the next generation of atomic frequency standards.