News

By Jim Shelton

Yale scientists have discovered that laser light can be used to cool traveling sound waves in a silicon chip. Their findings appear in the Nov. 27 online edition of the journal Physical Review X.

Most scientists will never have the opportunity to travel to the South Pole for their research, but then again, most scientists aren’t Faustin Carter (PhD ’15). Carter works as a postdoctoral researcher at Argonne National Laboratory in the High Energy Physics division. He is part of a group that specializes in building detectors for esoteric applications. The group’s primary focus over the last several years has been building and testing detectors for a massive upgrade to a telescope located at the geographic South Pole in Antarctica.

by Jim Shelton

An international, Yale-led research team has taken a new approach to stabilizing high-power lasers: They’re fighting chaos with chaos.

Yale’s next wave of quantum computing research will get a boost from a $16 million grant from the U.S. Army Research Office.

Yale scientists Hui Cao, Peter Raymond, and Karen Seto have been named by their peers as fellows of the American Association for the Advancement of Science (AAAS).

They will be among 396 members elevated to the rank of fellow at the Feb. 17 AAAS annual meeting in Austin, Texas. Each honoree will be presented with an official certificate and a gold and blue rosette pin.

Peter Schiffer, an experimental physicist currently at the University of Illinois at Urbana Champaign, has been named the university’s inaugural vice provost for research — a post created to bring a new level of strategic attention to Yale’s science and research enterprise, announced President Peter Salovey and Provost Benjamin Polak.

Professors Robert Crabtree, Nicholas Read, Karen Seto, and Daniel Spielman have been elected to the prestigious National Academy of Sciences (NAS) in recognition of their distinguished and continuing achievements in original research. Read more…

“Schrödinger’s cat that lives and dies in two boxes at once”, the research done by Chen Wang and his team was chosen to be one of the top 10 breakthroughs by Physics World editors and reporters. Click to read more.

Our work developing new, general bounds to near-field radiative heat transfer has been highlighted in our SPIE Newsroom article. 

Professor Michel Devoret has received the 2016 Olli V. Lounasmaa Memorial Prize for his pioneering investigations and applications of macroscopic quantum phenomena at low temperatures. The prize was announced on August 16th 2016 at the international Quantum Fluids and Solids Conference (QFS2016) in Praque, Czech Republic.

Nick Read has been awarded the 2015 Dirac Medal along with Greg Moore (formerly of Yale) and Alexei Kitaev, for their work on conformal field theory and non-abelian quasiparticle statistics in condensed matter systems and the application of these ideas to quantum computation.  Previous winners span the breadth of theoretical physics and include Roberto Car, Sidney Coleman, Ed Witten, and Peter Zoller.  It’s great recognition of Nick’s outstanding contributions to the physics community.

A. Douglas Stone, the Carl A. Morse Professor and chairman of applied physics, and professor of physics, has won the 2014 Phi Beta Kappa Book Award in Science.

Stone won the prize for his book, “Einstein and the Quantum: The Quest of the Valiant Swabian,” published in 2013 by Princeton University Press. Written for a general audience as well as for scholars, it is an exploration of Albert Einstein’s central role in the quantum physics revolution of the early 20th century.

Michel Devoret (F.W. Beinecke Professor of Applied Physics), Robert Schoelkopf (Sterling Professor of Applied Physics), John Martinis (UCSB) have won the 2014 Fritz London Memorial Prize, “in recognition of their fundamental and pioneering experimental advances in quantum control, quantum information processing and quantum optics with superconducting qubits and microwave photons.” The prize will be presented at the International Meeting of Low Temperature Physics LT27 in Buenos Aires, August 2014.

Albert Einstein’s celebrated genius may be underappreciated, according to a new book by Yale physicist A. Douglas Stone: The father of relativity theory deserves far more credit than he gets for his insights into quantum theory.

ale University scientists have found a way to observe quantum information while preserving its integrity, an achievement that offers researchers greater control in the volatile realm of quantum mechanics and greatly improves the prospects of quantum computing.

Quantum computers would be exponentially faster than the most powerful computers of today.

New Haven, Conn. — The rules that govern the world of the very small, quantum mechanics, are known for being bizarre. One of the strangest tenets is something called quantum entanglement, in which two or more objects (such as particles of light, called photons) become inextricably linked, so that measuring certain properties of one object reveals information about the other(s), even if they are separated by thousands of miles. Einstein found the consequences of entanglement so unpalatable he famously dubbed it “spooky action at a distance.”