For twenty years I have been launching ventures at the intersection of science and entrepreneurship. These are the ones I run now — each with its own team, its own technology and its own task.
Modular methane-pyrolysis reactors: associated petroleum gas and methane, instead of being burned in flares, are turned into clean turquoise hydrogen and graphene. Lower CO₂ emissions, new materials, cheap clean energy — and a mobile app that lets anyone take part in this era.
Ultra-hard corundum coatings produced by thermo-electrochemical oxidation: on aluminium, titanium and magnesium, a ceramic layer forms that is second in hardness only to diamond. The coating withstands up to 2,000 °C, seawater, acids and abrasive wear.
A compact gas analyzer based on an original glow-discharge emission spectroscopy method — a technology with no analogues in the world. It captures gas spectra a thousand times per second and detects trace amounts of virtually any compound in real time — from human breath analysis for non-invasive diagnostics to industrial gas monitoring. Patented and in serial production.
Lightweight mobile glasses with a high-speed camera and AI analysis of pupil micro-oscillations. The pupil cannot lie: from its reactions the device detects nervous-system exhaustion, fatigue and cognitive load within seconds — pre-shift screening for drivers and pilots, medical diagnostics. Stationary pupillometers cost as much as a car; we are making the solution mobile and affordable.
Announcement in preparation.
The logic behind all these projects is the same: turning deep science into working products. Not reports and presentations, but equipment you can touch, data you can measure, and benefit you can feel — in materials, energy and health.