No instructor I know (who isn't a miserable asshole) WANTS an adversarial relationship with their students. We just want you to actually learn the material, & understand why it's important to do so. We want you as robustly capable as we can manage, on the other side of our time with you. That's it.
Big congratulations to Vini Hernandes, Tom Spriggs and Saqar Khaleefah on having their paper selected as a 💡spotlight 💡 at the ICLR Workshop on Neural Network Weights as a New Data Modality. Special thank you to Vini for giving such a great presentation of the paper!
www.arxiv.org/abs/2503.17140
Wait, the title can’t be a Robert Musil reference, can it? Is it??? 🥹
Big congrats to Rouven Koch, Dmytro Oriekhov, and Thomas Spriggs on their awesome presentations at Machine Learning & Quantum Physics workshop in Obergurgl.
Rouven's talk arxiv.org/abs/2405.04596
Dima's talk arxiv.org/abs/2411.17822
Tom's talk arxiv.org/abs/2409.13008
🎉QMAI PAPER DAY🎉
A new method to train neural network quantum states across phase diagram such that their weights form strongly correlated representations, from which phase transitions may be detected.
Congratulations to Vinicius, Thomas Spriggs and Saqar 🎉
arxiv.org/abs/2503.17140
That pure joy on your face 😊😊
Read our preprint here: arxiv.org/abs/2503.12256
or come to my hashtag#APSSummit25 talk on Wednesday 1.18pm: summit.aps.org/events/MAR-M...
Biggest congratulations to Sam Katiraee-Far who led this work and a huge thank you to the all-star experimental team from the Vandersypen lab for working with us to make this happen!
Our framework is also easy to embed into any control software and is readily adaptable for different quantum control and tuning goals.
In collaboration with Vandersypen, Rimbach-Russ and Scappucci groups, we make progress precisely towards the goal of controlling quantum computers faster and better: we optimize multiple different aspects of spin qubit computer operation with the same algorithm reaching the state-of-the-art results!
We have these amazing machines with a lot of promise, but controlling and programming them can be a pain sometimes - but that just means that we get to solve all those challenges!
I think about this moment often because it reminds me both how far we have come in the field of classical computing and, more importantly, that we live in a time *just like this*, but for quantum computing right now.
🎉🎉🎉 QMAI PAPER DAY🎉🎉🎉
There is a scene in the ‘Hidden Figures’ where the unsurpassable Dorothy Vaughan (portrayed by Octavia Spencer) makes the IBM computer work: www.youtube.com/watch?v=1C5l...
Looking forward to see everyone next week at #APSSummit25 in Anaheim. I am very excited to be part of the 'AI for Many-Body Physics' Invited Session with this amazing line-up of speakers! Our session is on Wednesday, 11.30 - 2.30, see you there :)
Congratulations Mario!
New week, new excellent QMAI news: Biggest congratulations to Aram Shojaei on passing her PhD qualifying exam! 🎉
Also big thank you and congratulations to Ana Silva for the excellent co-supervision of Aram's PhD project.
Now onwards and upwards with the rest of the PhD 💪 Congrats Aram!
Congratulations! I very much enjoyed reading it, the story is super cool 😊
This week Tom and Rouven are representing QMAI at the MPI-PKS "Machine Learning for Quantum Matter" conference.
Rouven's poster: arxiv.org/abs/2405.04596
Tom's poster: iopscience.iop.org/article/10.1...
Definitely go talk to them if you are in Dresden this week!
Big congratulations to Tom, Arash and Bokai 👏
🎉🎉🎉QMAI PAPER DAY🎉🎉🎉
Simulating large scale quantum states EXACTLY is impossible on classical computers we have today. Luckily, there are many smart approximative methods! But how much 'quantumness' do they really capture?
Read our paper to find out:
iopscience.iop.org/article/10.1...
Big thank you to the organizers of #TRNM for having me. I very much enjoyed learning about all the recent progress in #2Dmaterials (as well as amazing Lapland nature 🌲!)
🎉QMAI PAPER DAY🎉
QDsim is now published in SciPost Codebases: scipost.org/SciPostPhysC...
If you want to generate charge stability diagram for any device configuration: 'pip install qdsim' + tutorials here qdsim.readthedocs.io/en/latest/
Congratulations Valentina, Charles, and Vini! 🎉
It's the NWO Physics "Veldhoven" week! QMAI members will give TWO talks this year! Dmytro Oriekhov on adding topology to search algorithms and Arash Ahmadi on determining how 'quantum' are quantum circuits. Go see them on Wednesday in the Quantum Physics session!
Congratulations!! I’m reading right now and loving it ❤️
Last working days of 2024 have been busy but extremely rewarding at QMAI. Joey, Sam, and Saqar super successfully defended their master theses 🎉👏All projects were remarkably successful and I cannot wait to share their cool results with the community. Biggest congratulations!!
🎉🎉🎉QMAI PAPER DAY🎉🎉🎉
In collaboration with Andersen Lab we realised a TUNABLE phase transition in the SSH model. Our work is now published in Physical Review Research journals.aps.org/prresearch/a...
Big congratulations to Lukas, Miguel, and Jin 🎉
Congratulations! This book is amazing - I enjoyed it so much 💜
🎉QMAI PAPER DAY🎉
Our open source automated analysis of activity of biological neurons is now published in Frontiers in Neuroscience!
Congratulations Vini, Anouk and Valentina! 🎉
Read here:
frontiersin.org/journals/neu...
Install here: automea.readthedocs.io/en/latest/
Bye for now Australia. Many thanks for
* the sun
* the coffee
* unbelievable nature
* all the brilliant physics I got to learn and discuss
Special thanks for Muhammad Usman @UofMelbourne, the whole #QTML2024 organising team, and Andrea Morello UNSW for being such gracious and generous hosts.
6 panel plots where real space winding number is shown as a function of hopping parameters of the extended SSH model. Across the 6 panels we show how system size influences expressibility of RSWN. For N = 512 the plot starts looking a lot like k-space one.
🎉 QMAI paper day🎉
In this one we addressed the question of how you can tell whether your real life, real space, noisy quantum experiment has topological modes or not.
Big congratulations to Jin, Dima and Lukas.
Read out preprint here: arxiv.org/abs/2411.17822