A NOVEL QUBIT WITH MOLECULAR BASIS FOR AN AMBIENT-OPPERATIVE AND INNATE FAULT-TOLERANT-POTENTIAL QUANTUM PROCESSOR CONNECTED TO A QUANTUM-SECURE NETWORK TO DELIVER EDGE-ADVANTAGE
Petite Weight & Volume System
The Cost, Size, Weight of C-SWaP are uniquely satisfied by BraneCell’s Ångström-scale 3D qubit array. Designed for the edge embedded systems and for any non-cloud application for connectivity, speed and security. Our chip = 1 mm2 ; Our system < 0.0015 M3 ; Intended economy-of-scale production, low cost components.
Scalable and Practical
We have taken a technological strategic approach: qubit, measurement, and error correction technologies that allow for arbitrarily low error, extreme depth of circuit and all-to-all entanglement that scales-up to thousands algorithmic qubits on the smallest chip in the market.
Quantum communication network
Quantum-secure direct communication to connect both classical computers and QPUs to an unconditionally secure, keyless network. DOD developed Quantum Repeater technology allowing the networks to span long distances.
It’s not about post-quantum cryptography, it’s about no cryptography at all.
Sustainable Operation [C-SWAP]
Our qubits consume magnitudes less energy than previous solutions, using abundantly available resources to operate. Optimizing the efficiency of applications in the field (edge) to promote sustainability at its source.
Training machine learning models and neural networks are very energy intensive. Our solution would heavily reduce the footprint of those algorithms.