Guest Post by American News Group. Every technological revolution arrives with a shadow. Electricity brought the electrocution hazard and, eventually, the entire safety industry built to contain it. The automobile brought the traffic fatality, and with it seatbelts, airbags, and a century of regulation. The internet brought the data breach, and an entire cybersecurity economy […]

Intel

NIST

Quantum Daily

Guest Post — The Decade-Defining Race to Lock Down the World’s Data Before Quantum Breaks It

guest-post-decade-defining-race-lock-down-worlds-data

5th European Summer School on Quantum AI Acronym:&nbsp;EQAI2026Dates:&nbsp;Monday, August 31, 2026 to Friday, September 4, 2026Web page:&nbsp;EQAI2026Registration deadline:&nbsp;Wednesday, July 22, 2026Submission deadline:&nbsp;Saturday, August 15, 2026Tags:&nbsp;quantum computingAIartificial intelligencesummer school💥 Registrations are now open for the 5th edition of the European Summer School on Quantum AI #EQAI2026, taking place from August 31 to September 4, 2026, in Lignano Sabbiadoro, Italy. 🎙️ Speakers announced: Lukasz Cincio (Los Alamos National Laboratory), Adrián Pérez-Salinas (Institute for Theoretical Physics, ETH Zurich), Laia Domingo Colomer (Computer Vision Center, Barcelona), Muhammad Usman (CSIRO – Australia National Research Organisation, University of Melbourne) …and more to be revealed! 👩🏻‍💻 Don't miss this chance to learn from world-class researchers in the field! Subscribe here ↪ https://ditedi.activehosted.com/f/24 All news, speakers and program updates are available at the official EQAI website ↪ https://eqai.eu/eqai-2026 🚀 Log in or register to post comments

ETH Zurich

Los Alamos

Quantiki

5th European Summer School on Quantum AI

5th-european-summer-school-quantum

--> Quantum Physics arXiv:2606.09995 (quant-ph) [Submitted on 8 Jun 2026] Title:Quantum resources in non-stoquastic quantum annealing Authors:Chiara Capecci, Sebastian Nagies, Naga Dileep Varikuti, Philipp Hauke View a PDF of the paper titled Quantum resources in non-stoquastic quantum annealing, by Chiara Capecci and 3 other authors View PDF HTML (experimental) Abstract:Quantum annealing promises to solve combinatorial optimization problems by preparing the ground state of a target Hamiltonian. Standard annealing protocols are, however, stoquastic and can thus be simulated by sign-problem-free quantum Monte-Carlo methods. To obtain a true quantum advantage, it has been proposed to use non-stoquastic catalyst Hamiltonians. Active only at intermediate stages of the protocol, these can, for certain problems, convert first-order into second-order quantum phase transitions and thus permit an exponential speedup over the stoquastic protocol. At the same time, the non-stoquastic catalyst renders quantum Monte-Carlo methods inefficient. It remains, however, an open question how other classical computation methods are affected by the non-stoquastic terms. We address this question by computing quantum resources -- entanglement entropy and stabilizer Rényi entropy -- whose presence makes classical computations based on tensor networks and stabilizer-tableau methods exponentially hard. We compare these with the spectral gap along the annealing path for two paradigmatic benchmark models, the fully connected $p$-spin model and a geometrically local Ising model. While the exact behavior shows a subtle dependency on the underlying model and the annealing path, our numerics suggest consistently that the scaling of entanglement and non-stabilizerness is at least maintained in the deeply non-stoquastic regime and in some cases even significantly enhanced. Our results thus suggest that improvements of quantum performance in non-stoquastic annealing coincide with significant presence o

Google

NASA

quantum annealing

Advantage

arXiv Quantum Physics

Quantum resources in non-stoquastic quantum annealing

quantum-resources-non-stoquastic-quantum-annealing

SciPost Quantum

ParaToric 1.0: Continuous-time quantum Monte Carlo for the toric code in a parallel field, by Simon M. Linsel, Lode Pollet

paratoric-continuous-time-quantum-monte-carlo-toric-code-parallel

Corca cofounders Oleg Shevlyagin and Anton Gladkoborodov. Corca Research 2026-06-10T12:00:02.477Z Read in app Share Copy link Email Facebook WhatsApp X LinkedIn Bluesky Threads lighning bolt icon An icon in the shape of a lightning bolt. Impact Link Save Saved Loading audio narration... This story is available exclusively to Business Insider subscribers. Become an Insider and start reading now. Have an account? Log in. Two founders who once competed in New York's cutthroat grocery-delivery wars are now building a startup together — this time focused on math software.Oleg Shevlyagin and Anton Gladkoborodov, whose rival companies 1520 and Fridge No More both collapsed after failed acquisition deals, have raised $7.8 million for Corca, which aims to modernize how people work with math.The New York-based startup has attracted major investors, including Nvidia's NVentures venture capital arm, NEA, Bloomberg Beta, and Daft Capital. Corca, short for "collaborative research capability," builds a workspace where users can write equations, run calculations, get AI assistance, and collaborate in real time. In this vein, Corca calls itself "Cursor for math," likening itself to the AI coding startup.Although they had been competitors, Gladkoborodov and Shevlyagin barely knew each other until after their respective businesses shut down. Living a few blocks apart in Brooklyn, they began meeting to discuss physics — a subject both had studied independently — and eventually became frustrated by how difficult it was to share mathematical equations digitally. They explored launching another grocery-delivery company before pivoting to math software, and they cofounded Corca in 2023.Shevlyagin says existing math tools like MATLAB and LaTeX are outdated and rely on complex formatting languages, so teams have to switch between products or share equations via handwritten notes. Explore BI Games Take a smarter break in your day - and see how far you get. Play now "It's like one of those sle

Business Insider

They were grocery delivery rivals. Now they're teaming up to build an Nvidia-backed 'Cursor for math.'

they-were-grocery-delivery-rivals-now-theyre-teaming

The Future of Quantum Computing

Guest Post — The Decade-Defining Race to Lock Down the World’s Data Before Quantum Breaks It

Latest News

5th European Summer School on Quantum AI

Quantum resources in non-stoquastic quantum annealing

Latest News

Guest Post — The Decade-Defining Race to Lock Down the World’s Data Before Quantum Breaks It

5th European Summer School on Quantum AI

Quantum resources in non-stoquastic quantum annealing

Trending Stories

Get the Quantum News Newsletter

India National Quantum Mission