Baryon acoustic oscillations – ripples in the plasma of the early universe – help cosmologists trace its expansion history.

Offering full-stack open access to its trapped-ion quantum computer, Open Quantum Design and its partners aim to push the field forward.

“Discovery potential” reflects the gap between today’s best scientific tools and what current (or projected) technology could enable.

Studying ancient light yields clues about the Big Bang, inflation, and the very early history of the universe.

From exotic materials to early-universe cosmology, the Princeton physicist thrives when challenging conventional thinking.

Director Atish Dabholkar discusses the centre's storied history, belief in science without borders, and ambitions for the future.

Prevailing wisdom suggests spacetime must be quantized to achieve physicists’ long-sought unified theory. Jonathan Oppenheim isn’t so sure.

The physics of light-speed travel leave little room for optimism when it comes to achieving this sci-fi fascination.

Astrophysicist Katie Mack discusses the art of distilling intricate, interconnected ideas into concise, accessible, and engaging videos.