12 concurrent scientific initiatives pushing the boundaries of physics, biology, computing, and engineering. Filter by discipline to explore our pipeline from theoretical modeling to commercial deployment.
Engineering Majorana fermion-based qubits to achieve error rates below 10⁻⁸ without active correction. Enables scalable quantum-classical hybrid architectures for cryptographic and material simulation workloads.
Programmable photonic crystals that dynamically refract electromagnetic spectra across radar to optical frequencies. Applications in stealth aerospace, next-gen telecommunications, and medical imaging shielding.
High-fidelity single-base editing without double-strand breaks. Focused on monoculture crops and targeted oncology therapies. Currently undergoing Phase I clinical and agronomic field trials in controlled environments.
AI-driven magnetic confinement optimization for compact deuterium-tritium reactors. Targeting sustained net-positive output (>Q=1.2) within modular 500MW units for decentralized grid deployment by 2032.
Swarm-enabled electrodynamic tethers and laser-ablation drones for active removal of Low Earth Orbit debris. Partners with ESA and commercial satellite operators to ensure long-term orbital sustainability.
Spiking neural network chips mimicking biological synapses. Achieves 90% power reduction vs traditional GPUs for edge inference. Deployed in autonomous logistics fleets and industrial IoT sensors.
Bio-engineered bacterial aggregates that precipitate calcium carbonate upon crack formation. Sequesters atmospheric CO₂ during curing process. Testing for megaproject infrastructure and underwater applications.
High-entropy alloy wires engineered for zero-resistance transmission at ambient temperatures. Solves the cryogenic bottleneck in next-gen power distribution and quantum data bus interconnects.
Genetically modified fungal networks engineered to bioleach and concentrate neodymium, dysprosium, and lithium from tailings and e-waste. Early computational modeling and lab-scale prototyping.
Decentralized reinforcement learning for underwater vehicle fleets. Coordinates multi-agent extraction of polymetallic nodules while minimizing benthic ecosystem disruption via real-time sonar feedback loops.
Ground-based phased array optical systems to accelerate gram-scale probes to 0.2c for interstellar precursor missions. Focusing on beam coherence maintenance and thermal management of sail substrates.
Modular solid-sorbent arrays powered by waste heat streams. Captures CO₂ and injects it into basaltic formations for permanent geological storage. Deployed across 4 pilot sites in Iceland and Oregon.
We're actively seeking academic partnerships, institutional investors, and specialized engineering talent to accelerate our research pipeline.