Where new concepts and proofs-of-concept are developed #PhotonicQuantumComputing #XRayScience #HighEndMicroscopy #RamanujanMachine
Technion, Haifa, Israel
Joined July 2022
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What if decades of irrationality proofs were paths through one mathematical landscape?
Our new preprint connects classical constructions- and yields new proofs.
Years of work. Several generations of researchers. Finally online!
arxiv.org/abs/2610.27799
Two recent AdQuanta papers explore quantum optics in X-ray scintillation 🎉
🔬 Superfluorescence in coupled perovskite QDs, reaching 230 ps at 80 K.
cell.com/newton/fulltext/S29…
🔬 Hanbury Brown and Twiss spectroscopy for probing X-ray scintillation dynamics.
nature.com/articles/s41566-0…
What if centuries of formulas for π are connected? 🔢✨
From Euler, Gauss & Ramanujan to AI: this NeurIPS 2025 work uses LLMs and symbolic methods to uncover a common structure.
Could it reveal new formulas? 👀
🔗 neurips.cc/virtual/2025/loc/…
Exploring bosonic quantum error correction⚛️
Squeezed-vacuum bosonic codes: quantum information stored in squeezed vacua placed at discrete phase-space angles. A new family of bosonic codes designed to protect against photon loss and dephasing.
doi.org/10.1002/apxr.2026000…
Excited to share our new paper! ⚛️
We introduce qubit-conditioned single- and two-mode squeezing as a versatile new control primitive for bosonic quantum states, with applications in universal bosonic control.
🔗doi.org/10.1002/qute.2025004…
Our paper is out now in Nature Physics! 🔬✨
Where we developed a new method to test whether electrons are entangled in an electron microscope, using laser pulses and energy correlations.
🔗For more information: nature.com/articles/s41567-0…
🤖 Made with AI
AI is transforming physics.
But what would it take for it to make an Einstein-level discovery? not just solve problems within known frameworks, but propose the next paradigm?
Our new paper discusses which capabilities are still missing.
#AIforScience
#Physics
🤖 Made with AI
Would today’s AI fact-check Einstein back into Newton?
New theories begin as outliers. AI is trained to suppress outliers and favor consensus. Yet physics often advances because someone obsesses over an outlier for years.
Can AI tell “false” from “novel” before filtering both?
What AI still lacks is not problem-solving but principle discovery.
One benchmark is @demishassabis' “1911 cutoff” test: remove relativity from training and see whether AI rediscovers Einstein’s principles.
Read more: arxiv.org/abs/2607.27794
@TechnionLive @MIT
Is Darkness Faster than Light?
Our new paper in Nature shows that “dark points” inside light waves can exceed light speed- without breaking physics.
Science just got more interesting. 🔬
🔗: shorturl.at/z5CXA
New ACS Photonics Roadmap 🚀: Singularities of Random Waves in 2D Materials.
Optical vortices aren’t just curiosities—2D polaritons make them tunable & measurable 🔬.
Our new paper shows ultrafast dynamics and rare “superluminal” events ⚡
🔗 shorturl.at/6mXS4
New paper out ⚛️🎊
Where we explore hybrid CV–DV quantum error correction to stabilize the GKP code.
Extending the CD gate from qubits → qudits enables simultaneous quadrature control—doubling stabilization speed and improving noise resilience ✨
🔗 shorturl.at/VB4MT
📣We’re excited to share our contribution to the “Roadmap for Quantum Nanophotonics with Free Electrons”, a comprehensive review that brings together 47 authors from 18 research groups, coordinated by Prof. Javier García de Abajo.
Check out our chapter: shorturl.at/YPi7c.
What if hospitals🏥, labs🔬, and factories🏭 could get synchrotron-level X-rays without a giant machine?
Our work outlines a path to compact X-ray sources using fast-electron interactions to generate bright, directional, tunable X-rays ⚡💡.
Link: shorturl.at/MjWL6
🚀 New paper out!
We propose a novel method for cooling microwave cavities using ultrafast electrons in the strong-coupling regime.
Our method could even extend to optical cavities and solid-state systems! 🔬✨
For more info: shorturl.at/rHCL2.
What if we could shrink massive X-ray laser facilities into a laboratory-scale environment?
Our new paper shows how to mimic massive FELs using a laser-driven scheme that shrinks their size and cost, unlocking ultra-bright X-rays with next-gen tech.🔗: shorturl.at/D3kDL
🚀 New regime in high harmonic generation (HHG) discovered! 🔗 shorturl.at/tMYLH.
Isolated atomic bound states produce helix-shaped spectra,directly revealing electron dynamics inside quantum potentials.This breakthrough opens doors to new tech & insights to quantum matter.
🚀 Free-electron physics is entering the quantum era!
In our new Nature Physics perspective, we explore the emerging field of free-electron quantum optics—from breakthroughs to future challenges. Exciting times ahead!
🔗 shorturl.at/6z7Db
We're excited to share our recently published work on Nano Letters! shorturl.at/O8HGU
We present nanostructured scintillators that combine ultra-thin layers of fast-emitting polymers with efficient radiation absorbers, significantly boosting X-ray detection efficiency.
