This year, researchers detected a hint of a signal that, if real, could upend and deepen our understanding of the fundamental laws of the universe. Read our annual review of the biggest developments in physics: quantamagazine.org/the-year-in-ph…

AI-enabled, rapid, constant-time-overhead rearrangement of defect-free atom arrays with 2024 atoms. arxiv.org/abs/2412.14647

Pretty impressive, TabPFN immediately outperformed trees & NNs for a low-data binary classification task (2700 samples, 100 features). The data comes from a large-scale evaluation of AI-generated science ideas, human experts evaluated interest-levels (arxiv.org/abs/2405.17044)

We're releasing the technical version of "The Quantum Internet" that everyone's worked on! A 370-page monster that examines how the quantum internet would evolve in practice. Read it here: scirate.com/arxiv/2501.121… Peter Rohde Quantum Technology at Scale group @ UTS Ben Quinn Yingkai Ouyang

We introduce the SciMuse Benchmark, which tests a model's ability to predict human expert ranking of personalized scientific ideas. Details: github.com/artificial-sci… Ranked by 100 scientists, this test requires top-expert understanding in bio, chem, phys, math, CS, humanities.

Please spread the word to your senior colleagues

In today's video I talk about how AI might solve some of the problems with quantum computing. youtube.com/watch?v=1aBfNM…

My video interview with Quanta Magazine about AI-designed physics experiments, AI as a Muse for new ideas in Science, and Artificial Scientists: youtube.com/watch?v=T_2ZoM…

We show how to estimate the impact of research ideas before they were even born -- just published in Machine Learning: Science and Technology [paper] iopscience.iop.org/article/10.108… [GitHub]: github.com/artificial-sci… spearheaded by Xuemei Gu Important for future artificial muses, to generate impactful new ideas.

Introducing AlphaEvolve: a Gemini-powered coding agent for algorithm discovery. It’s able to: 🔘 Design faster matrix multiplication algorithms 🔘 Find new solutions to open math problems 🔘 Make data centers, chip design and AI training more efficient across Google. 🧵

🔥 Google DeepMind just dropped their "formal conjectures" project - formalizing statements of math's biggest unsolved mysteries in #LeanLang and #Mathlib! This Google-backed project is a HUGE step toward developing "a much richer dataset of formalized conjectures", valuable

Interested in AI + Quantum Science? Join the AI Quantum Lab Universität Jena – we’re looking for Interns, Master’s & PhD students! ✨Topic overview in the image 🔍 Get in touch: [email protected] #AI4Quantum #ML4Physics #AI4Science #ScientificDiscovery

arxiv.org/abs/2508.09092 Beating the MPS attack

A new review article. Thanks for the invitation from Nature Materials two years ago, and the efforts from the coauthors, especially Tim!

🤔🧐💭

Are you excited about working at the intersection of artificial intelligence and quantum physics? Come join me at Friedrich Schiller University Jena! #AI4Science #Quantum #ML4Physics

Calling all teachers! Six lessons on this year's new Nobel Prizes are now ready to be used at nobelprize.org. With one lesson on each 2025 prize, you and your students can take a deep-dive into the world of science, literature and peace. Find all lessons here:

🚨🚨Very excited to share AI-Mandel, our first AI-physicist prototype! AI-Mandel can create new ideas in quantum physics and automatically implement and execute them -- we have already written two papers (on arXiv) based on its recent discoveries! (including a new, never

3 years ago we could showcase AI's frontier w. a unicorn drawing. Today we do so w. AI outputs touching the scientific frontier: cdn.openai.com/pdf/4a25f921-e… Use the doc to judge for yourself the status of AI-aided science acceleration, and hopefully be inspired by a couple examples!

Very happy that this is out: An analytical, closed-form representation of quantum optics' main source of entanglement -- the two-mode squeezer (TMS) with arbitrary input, and its application to many quantum interference effects. ⚡ Analytical Fock Representation of Two-Mode