Nonlinear nanoelectrodynamics of a Weyl metal pnas.org/content/118/48…

A makeshift submarine using IKEA food container & legos. I love the idea of magnets to transfer kinetic energy without breaking the seal. By BEC youtube.com/c/BrickExperim…

The public are excited by the images, but astronomers are as excited by the spectra, like this one. I want to talk about why

This statement feels quite true, but isn't these pretty pictures "hyperspectral images" already? The best of both worlds!

Take a trip through quantum materials history, featuring Columbia University alums + current and former faculty members who are peeling, stacking, and twisting their way to new physics. quantamagazine.org/physics-duo-fi… @quanta Charlie Wood

Our work on hyperbolic plasmons is out! Science Advances. We finally see propagating plasmons in the near infrared range, owing to some very peculiar bands in the so-called nodal-line metal. science.org/doi/10.1126/sc…

I found the same thing. I also asked for URLs of the references and got links to completely different papers from the same journal😅

What the fax?! I guess faxing isn’t dead 🤷‍♂️ Use Dropbox Fax by Dropbox Sign to send and receive faxes from anywhere. #DropboxFax app.hellofax.com

Things are getting more and more interesting now!

I was able to closely mimic the “levitation” behavior of LK-99 with a ferromagnetic sample. For comparison, see the original LK-99 video in the tweet below.

New content online: Infrared nano-imaging of Dirac magnetoexcitons in graphene dlvr.it/Stz5pq

AI can help people feel heard, but an AI label diminishes this impact | PNAS pnas.org/doi/10.1073/pn…

What if metals could conduct light? DOE Office of Science highlights Yinming Shao's counterintuitive research on a unique layered semimetal. energy.gov/science/bes/ar…

Thrilled to see our work in print in Nature Communications! We relate how electrons can be polarized in insulators and how much energy is stored in a capacitor to quantum geometry. Find out how geometry and topology make diamonds pretty here: nature.com/articles/s4146… 💎😍 Columbia Physics Department

Thanks for DOE Office of Science for this nice article highlighting our work! Moving on at Penn State , we plan to explore more exotic behaviors in quantum materials with spectroscopy and nano-light! Penn State Eberly College of Science Penn State Physics Materials Research

Long before this year's Nobel Prize-winning work in physics, John Hopfield also laid the foundation for 'polaritonics', a fascinating field that we're still exploring today! journals.aps.org/pr/abstract/10…

Our work on semi-Dirac fermions has now been published in PRX! We found these exotic quasiparticles in an unexpected place and by serendipity. We demonstrated that "merging three Dirac points" can indeed happen in a real material and the results are really fascinating!

Beautiful findings and amazing collaborations! We observed that certain optical properties that were once unique to 2D atomic layers can now be realized even in bulk crystals. See our recent paper in Nature Materials: nature.com/articles/s4156… & here rdcu.be/eauyM

Grateful to be recognized by @WolfPrize for the composite fermion, and to be in the company of two incredible physicists I greatly admire. The honor truly belongs to my students, collaborators and numerous other researchers whose brilliant work transformed the composite fermion

News & Views: Magnetic order as a tuning knob for Coulomb correlation nature.com/articles/s4156…