LightSolver’s Dani Gluck to Speak on Laser-Based Computing at Quantum Algorithms and Optimization in Athens
Dec. 17 Presentation Will Outline How LightSolver’s Laser Processing Unit Can Advance Fields Like Climate Modeling, Materials Discovery, and Energy Infrastructure
TEL AVIV, Israel, Dec. 10, 2025 (GLOBE NEWSWIRE) -- Israeli start-up LightSolver, inventor of a new laser-based computing paradigm, today announced that Senior Algorithmics Researcher Dr. Dani Gluck will speak at Quantum Algorithms and Optimization in Athens, taking place December 15-17 in Athens, Greece. Dr. Gluck will present “A Quantum-inspired, Laser-based Computing Paradigm for Optimization and Simulation” on December 17 at 16:00 EET.
| WHO: | Dani Gluck, PhD is Senior Algorithmics Researcher for LightSolver, conducting algorithm development and related mathematical and theoretical-physical research for the company’s proprietary Laser Processing Unit™ (LPU). Dr. Gluck holds a doctorate in theoretical physics and has extensive experience in computer vision and algorithmics. |
| WHAT: | Dr. Gluck will present “A Quantum-inspired, Laser-based Computing Paradigm for Optimization and Simulation,” showcasing LightSolver’s physics-based analog computing system, which performs computation through the collective dynamics of interacting lasers in a programmable optical resonator. This quantum-inspired platform supports multiple optimization classes, including QUBO/Ising, XY spin models, and continuous or discrete-variable problems, and can also perform physical simulations such as PDEs by mapping differential operators and boundary conditions onto the coupled-laser network. He will outline the underlying model, explain how various problem types are embedded in the laser dynamics, and share experimental and simulation results for representative optimization and PDE-solving tasks, concluding with future directions such as expanded model families, larger arrays, and hybrid analog–digital workflows. |
| WHERE: | Quantum Algorithms and Optimization in Athens National Centre for Scientific Research Demokritos P. Grigoriou & Neapoleos St, Ayía Paraskeví, Attica Region 153 41 Athens, Greece |
| WHEN: | Wednesday, December 17, 2025 16:00 EET |
| WHY: |
Fields like climate modeling, materials discovery, and energy infrastructure urgently need faster and more efficient ways to conduct scientific and engineering simulations. LightSolver’s LPU is a fundamentally new analog optical processor that leverages the natural dynamics of coupled lasers to perform fast, parallel computations. By co-locating memory and compute, the LPU avoids the memory bandwidth bottlenecks and energy inefficiency of traditional digital computers, enabling the rapid simulation of complex, structured problems. |
About LightSolver
LightSolver is a photonic computing company that is developing an all-optical supercomputer capable of solving complex and large computational problems at the speed of light. Utilizing the interference patterns of lasers, the Laser Processing Unit™ (LPU) can tackle challenges that were previously constrained by the limits of electronics, while fitting into a rack unit and operating at room temperature. Dr. Ruti Ben-Shlomi and Dr. Chene Tradonsky, physicists from the world-renowned Weizmann Institute, founded the company in 2020. The majority of the team are physics, math and computer science PhDs. LightSolver has secured €12.5M in grants and equity from the European Innovation Council (EIC) to advance its all-optical supercomputer. Connect with LightSolver @LightSolverCo on X and on LinkedIn. For more information, visit lightsolver.com or email info@lightsolver.com.
Media Contact:
Seth Menacker
Fusion PR
lightsolver@fusionpr.com
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