Dina Genkina (@dinkazavr) 's Twitter Profile
Dina Genkina

@dinkazavr

Computing and hardware associate editor @IEEESpectrum, podcast enthusiast, aspiring nonsenser

ID: 61008578

calendar_today28-07-2009 20:21:58

46 Tweet

83 Followers

123 Following

Dina Genkina (@dinkazavr) 's Twitter Profile Photo

To make light interact with itself, reflect it off a mirror in time. Easy! spectrum.ieee.org/time-crystal-f… Thanks Andrea Alu for speaking with me.

Dina Genkina (@dinkazavr) 's Twitter Profile Photo

Spies and dissidents have to hide not only their secret messages, but also the fact that they're sending them. Now, they can use generative AI to do this with perfect undetectability. scientificamerican.com/article/ai-cou… Christian Schroeder de Witt Samuel Sokota

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Very excited about this story featuring work by a former intern in my lab Max Schemmer. The basic quantum physics of a single atom scattering laser light is counterintuitive and fascinating! Also thanks to Jean Dalibard, Fabrice Laussy and Magdalena Stobinska scientificamerican.com/article/entang…

Physics Magazine (@physicsmagazine) 's Twitter Profile Photo

In outputting equations akin to the ones traditionally created by physicists, a new machine-learning algorithm stands out among others, which tend to act like black boxes and spit out results that are hard to interpret. Story by Dina Genkina. physics.aps.org/articles/v16/1…

In outputting equations akin to the ones traditionally created by physicists, a new machine-learning algorithm stands out among others, which tend to act like black boxes and spit out results that are hard to interpret.  Story by <a href="/dinkazavr/">Dina Genkina</a>. physics.aps.org/articles/v16/1…
Dina Genkina (@dinkazavr) 's Twitter Profile Photo

Most of the quantum computers you hear about are built off superconducting qubits. But that is far from the only option! The field is still wide open for the quantum computing platform of the future, and recently neutral atoms have made strides. physicsworld.com/a/neutral-atom…

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Optical atomic clocks go from labs to the real world! Who said I can only report on academia and not industry? That's right, no one. physicsworld.com/a/portable-opt…

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Scientists twist magnetism inside a material into a new knot! It's stable, it travels in 3D, and it might come in handy in future computing architectures. spectrum.ieee.org/topology-in-co…

Dina Genkina (@dinkazavr) 's Twitter Profile Photo

Just the right amount of stress can make you work much better---if you're a memristor! Thanks Stephen Wu for speaking with me. spectrum.ieee.org/memristor-2666…

Dina Genkina (@dinkazavr) 's Twitter Profile Photo

Robots can make some lab work orders of magnitude more efficient, and hopefully make science accessible to all, explains Benji Maruyama in our conversation for Fixing the Future. spectrum.ieee.org/air-force-rese…

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“You’re just sitting there trying to figure out what special magic combination of words will give you the best possible performance for your task, but that’s where hopefully this research will come in and say ‘don’t bother.’ spectrum.ieee.org/prompt-enginee…

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Can superconductors cut the energy it takes to compute by 100x? Anna and Quentin Herr at imec think so! My first edit of an expert-authored feature for IEEE Spectrum spectrum.ieee.org/superconductin…

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How do you type Chinese characters into a computer? These days, it's through a software called an input method editor. But, this wasn't always the case. Meet the bespoke Chinese keyboards of the 60's and 70's, small, large, flat, cylindrical... spectrum.ieee.org/chinese-keyboa…

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My first feature story for IEEE Spectrum, proving I've infiltrated the media to proselytize the atomic physics doctrine. Better clocks! In the real world! spectrum.ieee.org/optical-atomic…

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A niche information theory idea, reversible computing, is about to become a commercial reality - and hopefully one day a way to compute using orders of magnitude less energy. Vaire Computing Hannah Early spectrum.ieee.org/reversible-com…

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How do you report on a contentious topic like Microsoft's recent topological quantum computing claims? Here's me, learning on the job. spectrum.ieee.org/topological-qu…