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Our thesis
Is built on understanding how different global discovery signals reprice the technology landscape.
Focus areas
Simulation
Complex physical phenomena have become computationally solvable for the first time in human history. We are at the very start of the era of simulation.
Bio-electric
Biology is an electrical system as much as a chemical one. The ability to harness bio-electric complexity is the key to a new generation of low-cost, high yielding, sustainable industries.
Photonics
Electrons are hitting hard physical limits in bandwidth, heat, and power exactly as informational demand turns vertical. Photonic substrates, on the other hand, have massive growth potential in advanced computation, defence, and space applications.
Surfaces
Physical performance limits in energy, manufacturing and computation are set at the boundary between two materials. A 2D layer measured in nanometers quietly governs trillion-dollar systems.
