"The free exchange of ideas, fostered in a supportive environment, is central to Princeton’s mission and to its impact on the world. That’s why academic freedom matters. And that’s why I’m standing up for Princeton." . Join @PUTIGERS Ford Family Director of Athletics @jlmack00

How much of the universe do we understand? How did we come to be here? How much can we know?. Princeton professor and astrophysicist Jo Dunkley joins @IAI_TV to discuss these questions and more:

Princeton engineers have identified a universal weakness in AI chatbots that allows users to bypass safety guardrails and elicit directions for malicious uses, from creating nerve gas to hacking government databases.

For his senior thesis, Thomas Verrill '25 worked with adviser Andrew Houck (@nanonoodle) to design and fabricate new chips for superconducting quantum computing.

🔊 Princeton researchers created a device that uses radar to eavesdrop on underwater acoustic signals, or sonar, by decoding the tiny vibrations those signals create on the water’s surface:

Destructive hurricanes followed by deadly heatwaves will become far more common by the end of this century, says new research led by Princeton's Ning Lin.

With the largest digital camera ever built, @VRubinObs will provide data for decades to come with detailed images of the universe, led in part by its commissioning scientist, Princeton astrophysicist Robert Lupton.

An @AndlingerCenter team is using information about Puerto Rico’s energy grid during Hurricane Fiona to help @lumaenergypr and other system operators better understand their power grids in the face of increasingly frequent and severe climate extremes.

RT @princetonalumni: “Princeton opened my mind. It challenged my assumptions, expanded my perspective, and sparked a lifelong love of learn….

Together with @NewJerseyEDA, @CoreWeave, and @Microsoft, Princeton has opened the NJ AI Hub, a state-of-the-art, flexible space designed to foster innovation in artificial intelligence.

In an experiment reminiscent of Transformers, Princeton engineers have created a material that can expand, assume new shapes, and follow electromagnetic commands like a remote-controlled robot even though it lacks any gears. Meet the metabot:

For her senior thesis, Kajal Schiller '26 designed a computer simulation game to measure whether socioeconomic status might determine how likely people are to take advantage of resources that can help them solve problems.

Taking inspiration from bird feathers, Princeton engineers have found that adding rows of flaps to a remote-controlled aircraft’s wings improves flight performance and helps prevent stalling, a condition that can jeopardize a plane’s ability to stay aloft.

.@PPPLab has unveiled a one-of-a-kind device, the Facility for Laboratory Reconnection Experiments (FLARE), which scientists can use to explore the universe without ever leaving the Lab.

The pioneering, reaction-driving, light-based technique of photoredox catalysis was introduced by @PrincetonChem professor @dmac68 in 2007 thanks to funding by @NIH: Photoredox catalysis has spurred a host of new drug therapies, fine chemicals, and

Princeton will lead a joint government-industry effort using AI to develop advanced semiconductors that are critical for next-gen wireless networks, satellite communication, self-driving cars and smart health care technologies.

With a mission to understand how nutrition and metabolism impact the body’s ability to control cancer, Princeton University is collaborating with @RockefellerUniv, @weillcornell and @Ludwig_Cancer in a new East Coast hub:

Princeton Critical Minerals, a startup which emerged from the University’s ecosystem for innovation and entrepreneurship, has developed a technology for boosting minerals production from evaporation ponds: . The new tech is a black disc with a special

A leading mathematician in graph theory, Princeton professor Maria Chudnovsky explains how the field converges with everyday life on the "The Joy of Why" podcast from @QuantaMagazine.

Drawing on techniques used to minimize risk in financial markets, a Princeton-led team is creating software to help solve the challenge of integrating renewable energy into the electric grid without sacrificing grid reliability.