LightSolver

The LPU100 is a purely optical system without any electronics. It empowers enterprises to solve complex, NP-hard optimization problems

Ruti Ben-Shlomi discusses LightSolver’s quantum-inspired laser-based processing unit and its disruptive computing approach.

LightSolver optimized rotor blade sorting for an aerospace manufacturer using a QUBO formulation and benchmarked results against Gurobi.

LightSolver created a quantum-inspired algorithm for sparse coding, which may improve accuracy over classical methods with quantum computers and Ising machines.

Proprietary pure laser-based processing unit (LPU) crushes the competition in early trials; first products entering the market.

QPUs (quantum processing units) could be the successors to GPUs, but LightSolver is filling the gap in between with quantum-inspired LPUs.

Chene Tradonsky, LightSolver’s co-founder and CTO, shares predictions for the 2024 quantum hardware landscape.

All-optical computing got a validating boost this year, according to quantum skeptic Chene Tradonsky, CTO and co-Founder of LightSolver.

LightSolver has developed all-optical laser-based processing unit (LPU) that could outperform quantum and supercomputers.

Faces in Photonics features Ruti Ben-Shlomi, CEO & co-founder of LightSolver that recently unveiled a laser-based processing unit.

LightSolver has unveiled a laser-based processing unit that can best the efforts of GPU-based supercomputers.

An emerging advanced computing paradigm transcends the limits of classical HPC and is more practical than quantum computing.

LightSolver’s quantum-inspired algorithm outperforms a leading deep-learning solver for the MAX-2-SAT problem in time-to-optimal-solution.

LightSolver develops quantum-inspired technology using coupled lasers to solve complex multi-variable problems, mimicking quantum computing capabilities.