The AI and quantum revolutions are reshaping the future—but at a cost. Their current trajectory carries an unsustainable energy and water footprint.
We are building a new venture, AperiodiQ, to change that.
We are developing a hardware-efficient quantum architecture that drastically reduces energy consumption. Our approach builds fault tolerance directly into the material’s geometry, enabling scalable, low-power quantum computation.
Mission: Advancing scientific research and reducing the environmental impact of high-performance computation by creating and deploying energy-efficient quantum computing technologies.
Featured Publications:
Exploiting Anyonic Behavior of Quasicrystals for Topological Quantum Computing
Consistent Simulation of Fibonacci Anyon Braiding within a Qubit Quasicrystal Inflation Code