Ad just dropped for 3 new PhD positions at @QuSoftAmsterdam, including one on quantum compiling and classical simulation supervised by former Oxford Quantum Group member (and #ZXCalculus guru) John van de Wetering. Would recommend. :)
https://t.co/CukoHqEaDt
Just a reminder that doing min pooling (or max pooling) with an additive (bias) kernel f(y) [aka "convolution" within the (min,+) semi-ring operators] is like performing addition in Legendre transform space.
Recently, the Centre for Quantum Technologies was inaugurated at @IIITDelhi. It's an honour to be part of such an initiative right from it's nascent stages. @BQiiit
https://t.co/Ynp3Z2qJix
QEC has gone beyond break even! Logical error rate of the encoded information is for the first time higher than a bare reference rate. Paper by @v_sivak and collaborators @Yale_QI: https://t.co/9wzpHwDUbo 1/5
Today's QTML personal highlights so far.
1. @QuantumManuel's talk on how classical Tensor networks can be useful to simulate shallow quantum circuits.
2. @MartinLaroo on group-invariant QML motivated by geometric DL.
I have a talk later in the day so feel free to catch up!
We give a classical algorithm that, on input a random circuit C with constant noise per gate, outputs a sample within eps total variation distance of the noisy output distribution, in time poly(n,1/eps). https://t.co/r74C7wjHtE
Yesterday the EQSI–European Quantum Software Institute was launched in Paris. One of the founding members is our director Harry Buhrman according to whom “this is an important step towards a strong European ecosystem in quantum software”. Stay tuned for future plans & activities!
I will be presenting our paper "Quantum Boosting using Domain-Partitioning Hypotheses" at the QTML conference in Naples next week. If you are attending the conference please meet up!
#qtml2022
Lloyd’s algorithm is the continuous counterpart of k-means. Minimizes the optimal quantization energy, which is an optimal transport distance to free Dirac masses. https://t.co/xf5sbIViwo https://t.co/f34sxMkb8H
Happy Friday! Since I’m clearly not over the excitement of the Nobel Prize announcement this week let’s keep the party going with my best attempt to explain Bells Theorem 🎉🎉 🎉
Enjoy!
https://t.co/qrWmkcjY3r
If you've ever wanted to learn more or attempt a quantum simulation experiment for yourself but didnt know where to begin, I have a solution for you!
The @qiskit Research team just published our new paper https://t.co/CF9n4cYtC9 on how to simulate any quantum Hamiltonian (1/
Overheard toward the end of the #ICLR2023 abstract submission deadline:
"My wife was asking where we were with the paper. I said it's like we have finished shooting the movie, we now have to discover the movie at the edit table."