QUANTUM BIONIC

Quantum mechanics is a fundamental theory in physics that provides a description of the physical properties of nature at the scale of atoms and subatomic particles. It is the foundation of all quantum physics including quantum chemistry, quantum field theory, quantum computing technology, and quantum information science. At Quantum Bionic Labs, we build quantum cognitive information systems with safe and responsible Human and AI Symbiosis based on the unique properties of quantum mechanics and fundamental physics, to compute problems that would be out of reach for classical computers with a variety of interacting degrees of freedom. We are helping scientists and organizations accelerate their research, unlock new discoveries and enable new development of Quantum Cognitive Information Systems across a broad range of industry domains. Our hybrid quantum cloud technology, platform and products are designed to elevate the human experience in a post quantum computing world, connecting people most sensitive and mission-critical private information to high-value scientific research datasets unlocking the potential for new discoveries through hybrid-quantum simulation, optimization and recommendations powered by our proprietary Quantum Bionic software and cloud based services. Quantum Bionic(TM) software empowers industry researchers and applied scientists across academia and enterprises with frictionless path to quantum development to tackle challenges and combinatorial problems long viewed as impossible to solved even for today's supercomputers and best-trained AI. Quantum Bionic(TM) software help solve for complex discrete optimization, constraint satisfaction, artificial intelligence, machine learning, materials science, and simulation problems, offering a fully integrated high-performance turn key quantum solutions, specialized products, integrated high-performance built-in backend quantum-classical cross-platform Deep Learning frameworks and a comprehensive collections of world-class simulators based on cutting edge device independent algorithms