If you want a way to emulate the non local statistics of a Bell experiment without being bogged down with the quantum wavefunction. Well, so I have a preprint about quasiprobability distributions for you!
Despite being constructed in 1879 the Gibbs paradox is still challenging the way we think about thermodynamics. Read the @NatureComms paper here: https://t.co/DWT2AZZ95k
and the popular summary here: https://t.co/PUQR3WNybh @GerardoAdesso@UoNresearch@UoNMaths
Clear your schedules for 12 CET when Benjamin Yadin presents our paper "Mixing indistinguishable systems leads to a quantum Gibbs paradox" at #QIP2021@GerardoAdesso https://t.co/VCF0vm6ew9
There are some great contributed talks at the free conference #Quantum2020 organised by @QuantSciTech, if you end up watching mine, try and spot all 12 edits made to get it down to ~15m 😄 https://t.co/KRxSmgA3Jy
Great to see this published in #PhysRevX . We show that just because the entanglement from symmetrization can't be directly accessed doesn't mean it isn't super useful 🎉🍻
A high pressure experiment reveals the world’s first room-temperature superconductor, and a method to target ecosystem restoration. https://t.co/A3jh87gWdB
My new claim to fame is I once baked and served a Bakewell Tart 🍰 to the well deserved Nobel Prize winner Sir Roger Penrose. Excellent, kind and clever gentleman 😊
BREAKING NEWS:
The Royal Swedish Academy of Sciences has decided to award the 2020 #NobelPrize in Physics with one half to Roger Penrose and the other half jointly to Reinhard Genzel and Andrea Ghez.
Thanks to @Ironmely for an excellent interview and @sciam article about our upcoming @PhysRevX paper concerning identical particle entanglement. 🥳 https://t.co/OECD6lJmjg https://t.co/weTRnmOGtN
What has Schur-Weyl duality got to do with a 150 year old thermodynamic thought experiment? Read our new preprint "Extracting work from mixing indistinguishable systems:
A quantum Gibbs 'paradox' " to find out: https://t.co/VCF0vm6ew9
What has Schur-Weyl duality got to do with a 150 year old thermodynamic thought experiment? Read our new preprint "Extracting work from mixing indistinguishable systems:
A quantum Gibbs 'paradox' " to find out: https://t.co/VCF0vm6ew9