Exploration is the essence of the human spirit
What the world needs right now are bold ideas and breakthrough technologies, solutions born from real demand that push society forward and expand our sense of what’s possible. Climate change is already reshaping our world, but that’s no reason to give in to pessimism. All of the 10 billion people deserve the chance at a prosperous future. Now is the time to explore, create and build. Progress happens when we roll up our sleeves, not when we sit on the sidelines. These are the futures to build together, let's move them forward.
Infrastructure
Cool chips with metal alloys to power the physical world.
By 2040, we need to scale global infrastructure to over $15 trillion to modernize power grids, scale compute for AI, and expand satellite communications. Due to the need to push for ever-increasing performance, chips overheat, power electronics choke on renewables, and satellites don't operate far enough.
Materials are the bottleneck in critical systems, and we've forgotten how to turn new materials into real products because of legacy methods. Today it takes 5+ years, tens of millions of dollars, and still fails about 99% of the time. It doesn't work in a world where hardware now iterates on 3-month cycles. The most critical systems in computing, energy, and space are still built from legacy materials that limit performance before anything else.
We design metallic alloys directly into critical components, delivering parts 10× faster that are hotter, stronger, and more efficient, enabling faster chips, more efficient power grids, and faster satellite communication. Our first product, Hot Chip, is an advanced cooling plate for dense chips that power the AI boom for chip designers, data centers, and AI model builders. They remove 30% of heat at the source, extend the chips' lifetime by 4x, and retrofit into existing designs.
Our technology shapes the plate around real hotspots using machine learning, designs the metal alloy that cools fastest, and prints channels to remove heat closest to the source. We blend cooling, conductivity, and strength into components they already use, in sync with fast hardware iteration cycles. We make them into components that manufacturers already use.
The same design-to-fab stack lets us redesign semiconductors and cooling components for grid-scale power electronics and make radiators for satellites to stay in orbit longer. Critical components for compute, grid, and space grow in a massive $750B market.
By 2035, the world must invest $2.7T to expand infrastructure, modernize 1,600 GW of power grids, scale compute to 1,000 Zettabytes, and launch 50,000 satellites to expand internet connectivity in space. Reaching this scale requires a new generation of critical components, and a fundamentally faster way to design and manufacture them at the material level.
Our mission is to push Moore's Law for the physical world and power the next era of human progress.
NEUROSCIENCE
Map the brain with MRI to change behavior and prevent disease.
As technology advances, we’re becoming more connected yet more disconnected, with burnout at all-time highs. Constant connectivity, prolonged screen time, and the pressure to adapt to intelligent systems strain the brain, which neither develops nor stays healthy under these conditions. An increasingly individualistic culture often represses emotion, manifesting in physical illness and a loss of authenticity. Yet human consciousness and neuroplasticity give us the ability to overcome deep barriers, reclaim authentic lives, and expand our potential with a focus on longevity, preserving human experience even as AI becomes more pervasive in everyday life.
Guided by modern neuroscience, we resolve trauma and depression at the root, helping prevent chronic physical diseases like stroke, diabetes, and cancer. We do this by mapping neural pathways with advanced MRI systems, using novel sensing, magnetic-field, and cooling technologies, to create an open 3D model of the brain. This approach lets us uncover deep barriers, enhance brain performance, and support mental health by helping people reroute behaviors, visualize performance, and live more authentically, improving quality of life and long-term health.
What Whoop does for the body, we do for the mind, combining therapy, neuroscience, and immersive experience with transformative healing powered by real brain data. Our platform visualizes brain state and health through frequency-based insights, maps each person’s mental health journey, and predicts impact on quality of life, while growing into the foundational platform for preventive mental healthcare, reducing trillions in late-stage physical healthcare costs and unlocking a $6 trillion opportunity by 2030. This is the gateway to a new era of human intelligence and brain longevity, with the ultimate goal of uncovering consciousness.
ENERGY
Nuclear energy to power heavy industry
Access to abundant, affordable energy underpins every aspect of modern society. At costs as low as $0.01/kWh, secure energy supplies can ensure clean water, power everyday life, and enable the production of materials at scale. From electricity to air purification, desalination to industrial heat, energy access is the foundation for solving climate challenges while meeting the basic needs of the next billion people.
The future of energy lies in rethinking the infrastructure that powers our lives. Outdated grids can no longer keep up with demand, especially as the rising billion people in emerging markets seek access to the same quality of life enjoyed elsewhere. Decentralized nuclear energy, through the next generation of fission and fusion reactors, offers a path forward, with mass-producible plants that can deliver clean, reliable power where it’s needed most. The challenge lies in making a reactor that can be mass-manufactured at a competitive economics, obtain licensing that aligns with government regulations, and secure site permitting to deliver affordable energy for net-zero plans on time.
A new nuclear renaissance is already underway. The revival of Generation 3 and the advent of Generation 4 fission designs bring inherently safe, highly efficient, and fast-to-deploy small reactors. It is possible because they have thorium-fuel cores for enhanced thermal efficiency, molten salt for intense cooling, and autonomous safety systems with integrated recycling capabilities. Modular reactors are designed for mass manufacturing, allowing them to power grids, support heavy industry, and even capture and clean water.
CONNECT
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I'm passionate about making a bold future real, shaping breakthrough products, and scaling ventures for impact with startups, companies, and funds. I’m open to co-founding a frontier startup, joining a great team on a mission, or supporting critical projects to achieve success together.