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Under the Hood: Building a Physics Simulator Out of Light

This post dives into the split-loop architecture of the LPU, explaining how the computational bottleneck shifts from arithmetic and memory bandwidth to a single question: how many round trips does the physics require?

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  • Blog

From Ink Drops to Light Loops: Solving Physics at the Speed of Light

Imagine a single drop of ink falling into a clear cup of water. Right after the drop hits the surface, the ink is highly concentrated in one spot. As time goes on, the stain spreads out. The density of ink at any point in the cup depends on two things: how much ink was there […]

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  • In the News

THE OPTICAL COMPUTER PAVING THE WAY FOR THE NEXT COMPUTING REVOLUTION

An alternative to both traditional and quantum computing, the laser-based optical computer developed by LightSolver can solve complex problems at unprecedented speeds.

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  • Research

Exploring QUBO on LPUs for Engineering

This paper presents a novel approach to solving graph partitioning problems using a quadratic unconstrained binary optimization (QUBO) formulation run on LightSolver's LPU.

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  • In the News

LightSolver Maps PDEs onto Laser Processor, Boosting Scientific Computing

LightSolver’s LPU can now directly map partial differential equations onto a 2‑dimensional grid of coupled lasers.

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  • In the News

LightSolver Announces Advance in Physical Modeling and New Roadmap for Analog PDE Solving

LightSolver announced its LPU can now directly solve partial differential equations on the LPU

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