Congratulations to John Clarke, Michael Devoret, & John Martinis
@NobelPrize in Physics "for the discovery of macroscopic quantum mechanical tunneling & energy quantization in an electric circuit" in 3 PRLs
https://t.co/ZJWyJB8ta4
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We are hiring a theory postdoc @BerkeleyLab, with focus on quantum sensing applied to fundamental physics, especially particle and nuclear physics.
Our group: https://t.co/rouHM56Kex
Job ad: https://t.co/2AmZhK0a5o
New algorithms for simulating Markovian open quantum systems reduce or remove entirely the dependence on the number of jump operators representing environmental interactions, leading to reduced computational overhead.
https://t.co/bEbzGKmkN9
This year I’m applying for AP positions in math departments. Some quantum theories are deeply mathematical. Here I’m sharing International Congress of Mathematicians (ICM) speakers touching QIT as evidence. ICM ≠ whole story—just a taste by mathematician. #Shor#Vazirani
@ghosh_quantum It seems very interesting! Can you briefly motivate what is important about pseudoentangled states? I am naive in this topic, and I know preparing GHZ requires log n depth, and there exists no known state that provably requires super-log n depth to prepare.
@phfaist To see the first statment, you simply bound σ' ≥ ε_N ρ^{⨂n}, and plug this inequality into the relative entropy, which gives you an upper bound of log (ε_N). Then if you devide by N - I guess I forgot to mention that part - it indeed goes to zero.
Classification of 1D spin chains in terms of Lie algebras. The table here highlights the essence of good classification: known stuff is neatly organized, and there is some new stuff that should be just as interesting.
In this episode: how I got into theoretical computer science/quantum, my grad school journey, some interesting directions in quantum complexity, and more. Thanks @quekpottheories for being a great host and @insideqm@fuksa_jonas for putting this together.
We are excited to welcome Dr. Graeme Smith to IQC this month!
@quantum_graeme joins IQC & @WaterlooMath as a new faculty member, where he will continue his research on quantum Shannon theory.
Learn more about Graeme's background & research interests: https://t.co/7n0J4WxWkS
@AmerenIllinois I appreciate the hard work of all the workers. But it is still insane that I do not have power for FOUR days but my friend living two blocks away from me was not affected at all!!
We are pleased to announce the workshop Quantum Resources 2023 (https://t.co/VamQ6z6lbV), which takes place on 11–15 December 2023 in Singapore. We welcome submissions for talk and poster presentations.
@quantum_graeme Hurting the credibility is a big issue. One should be really honest about what he really achieves. Bragging will be harmful eventually.