Congratulations to Valla Fatemi and Jeff Moses for winning 2026 SPROUT awards! These awards support teams of investigators with demonstrated collaborative success, typically those working on projects with positive reviews but have not yet been awarded funding.
Congratulations Himani Mishra ’27, a rising senior in engineering physics who has been named a 2026 Microscopy & Microanalysis Student Scholar by the Microanalysis Society. Mishra is a student of Professor David A. Muller.
https://t.co/ougE0cDtjY
We are pleased to announce that Chris Xu, the IBM Professor of Engineering, has been reappointed to a two-year term as Director of the School of Applied and Engineering Physics, effective July 1, 2026.
https://t.co/tGHUl1uXe3
David Muller has been elected to NAE and is being recognized for developing a new generation of electron detectors and reconstruction algorithms leading to the highest resolution electron microscope.. Kudos for achieving this prestigious honor. #NAEMember
https://t.co/XYePmX07vQ
With cutting-edge research in quantum systems, professor @peterlmcmahon and PH.D. student Sridhar Prabhu are helping to build the future of computing.
https://t.co/n3KfPaoEhX
AEP professor @peterlmcmahon and his lab have developed a programmable optical chip that can merge photons to generate any color of light without redesigning the device, paving the way for advances in optical communication, computing, and quantum networks.
https://t.co/sycCoj851t
How AEP researchers David Muller and the late Lena Kourkoutis developed a groundbreaking method to image intact bacterial cells and organelles up to 500-800 nanometers thick (a roughly fivefold improvement over current methods):
https://t.co/qPh84iDh4M
Calling all @Cornell undergrads! The M.Eng. Expo is your chance to discover how you can accelerate your career right here, where you already thrive. Stop by Duffield Atrium next Wednesday to learn how you can shape your own path to a graduate degree. https://t.co/6bA4YEp4TY
AEP Professor @peterlmcmahon discusses the benefits and challenges of developing computers powered by photons, rather than electrons. https://t.co/wjyJBdKr3E
Research led by Cornell's Greg Fuchs mapped atomic vibrations in diamond and linked them with the behavior of the quantum system embedded within, an advance that will make quantum sensors significantly more precise than today’s detection tools. @argonne
https://t.co/mMvfwgWwEv
Cornell engineers have discovered how to create super-strong high-entropy materials at lower temperatures. The team worked with @CornellAEP David Muller, who used electron microscopy to confirm the structure of the material.
https://t.co/kgGIzaC8qE
New spotlight on AEP senior honors student, Pranav Kakhandiki '24: "Taking classes and doing research at Cornell helped me see that there are many other fascinating fields within physics with heavily impactful research."
https://t.co/M0rK0m86U7
While at Bell Labs, M. Douglas McIlroy '53 participated in the genesis of the Unix operating system. His contributions were a radical change from the way programs were written in the 1950s and 1960s and are ubiquitous in computer programs today. https://t.co/CAzhoxwQCy