Accelerating the Future of Quantum Materials and Technologies
MonArk's mission is to create an integrated quantum materials ecosystem that enables researchers to rapidly discover, fabricate, characterize, and deploy advanced quantum materials and devices.
By combining cutting-edge experimental capabilities, computational modeling, automation, and machine learning, the Foundry aims to significantly reduce the time required to move from material discovery to functional quantum technologies.
Our Research
2D Quantum Materials Pipelines (2D-QMaPs)
The MonArk Quantum Foundry is building two automated 2D Quantum Materials Pipelines (2D-QMaPs) that accelerate the discovery, fabrication, and characterization of next-generation quantum materials and devices.
2D Ferroelectrics for Nonlinear Optics and Topological Defects
MonArk is developing ultrathin ferroelectric materials with strong nonlinear optical properties that could enable scalable quantum photonic technologies and integrated sources of entangled photons.
2D Materials for Quantum Photonics and Light-Based Qubits
Many 2D materials exhibit unique light-matter interactions that make them ideal platforms for quantum photonics. MonArk researchers are investigating these properties to develop scalable technologies for quantum communication, sensing, and computing.
2D Magnetic Phenomena
By engineering ferroelectricity at the atomic scale, MonArk aims to develop materials that generate entangled photons and enable scalable quantum photonic technologies.