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Researchers precisely controlled an ultrathin magnet — made of layers just a few atoms thick — at room temperature. The advance could enable faster, more efficient processors and computer memories that use far less energy than traditional devices. mitsha.re/UA4h50QHRE3

science.org/doi/10.1126/sc… Yet another #spintronics milestone from our lab just published today in Science Advances. Here, we report the first demonstration of deterministic and non-volatile switching in an all-Van der Waals system above room temperature without any external

It is now possible to switch #atomically layered magnets at room temperature and without any need for external magnetic fields! Check out the MIT news on our recent work published in Science Advances. news.mit.edu/2024/propellin… . Massachusetts Institute of Technology (MIT) MIT Media Lab MIT.nano MIT School of Engineering MIT Schwarzman College of Computing

Please #share! Multiple #Gradstudent positions available in my lab at Massachusetts Institute of Technology (MIT) in nanoelectronics, spintronics, neuroscience, electrophysiology, antenna, biomedical devices and neurotechnology. I specifically encourage #women and communities marginalized in STEM to apply! If

Wait for it – the Statue of Liberty emerges! This vat-free method uses a controlled resin meniscus – a thin layer of resin between the printed structure and base window – to create multi-material 3D structures with customizable properties. Find out more: ow.ly/5JYf50U9NHZ

Check out our recent publication reviewing atomically layered magnets for electrically controlled #Spintronics. These devices are highly promising for enabling energy efficient #AI. link.springer.com/article/10.155…

This idea "tokenization of land assets to unlock wealth" relies on the crucial assumption "making every asset liquid and tradeable is always a value creating activity". In other words "make every asset more money like". I call that assumption the Fundamental Axiom of

Glad to share that our paper "Current-induced switching of a van der Waals ferromagnet at room temperature" was among the Top 25 Physics-domain articles in Nature Communications in 2024. The work pioneers robust electrical control of 2D magnetism at room temperature—a step

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one of the greatest joys of life is going back to basics and building up.💡I'm capturing my musings as I progress... first up: "The Magic Behind the Click - Image Capture Fundamentals." udion.xyz/musings/from-p… It's Part 1 of a bigger journey leading to real-time, low-resource,