Dual Innovations, Singular Vision for Future Energy
Hybrid Fusion-Fission SMR Fueled by Unenriched Uranium
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Cortex is pioneering a transformative approach to energy by advancing two distinct yet interconnected technology pathways. We are developing a novel, highly efficient neutron source alongside a next-generation hybrid fusion-fission reactor. Together, these innovations aim to redefine the landscape of clean, safe, and abundant power.
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Unlocking New Energy Frontiers: The Cortex Dual-Path Strategy
At Cortex, we believe the future of energy requires bold new thinking. That's why we're pursuing a unique dual-path strategy, developing critical technologies that address fundamental energy challenges.
The Engine of Innovation: An Advanced Neutron Source
We are engineering a compact and remarkably efficient source of neutrons, leveraging breakthroughs in laser technology and nanomaterials. This core technology is designed to be precisely controllable and scalable, forming the foundation of our broader energy vision.
A Next-Generation Small Modular Reactor
Our second path integrates our advanced neutron source with an innovative hybrid design. This system is being developed to utilize widely available fuel sources in an inherently safer operational mode. By reimagining how fission and fusion concepts can work together, we aim to deliver a practical, efficient, and more sustainable approach to nuclear energy, significantly reducing complexities associated with traditional nuclear power.
Our Team
Our dedicated team is driving these parallel efforts to bring forth a new era of energy technology, focused on creating a cleaner and more secure energy future for all.
Jake Levitt
Dr. Niranjan Shivaram
Dr. Dmitri Kharzeev
Dr. Artur Izmaylov
Dr. Stylianos Chatzidakis
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Dr. Carlos Trallero-Herrero
Dr. Herschel Rabitz
Dr. Thomas Weinacht
Kurt Keilhacker
Michael Gibson
Danielle Strachman
Daniel Ramirez
Ben Patterson
Patents
D2O-Moderated, Fluid-Cooled, Hybrid Fusion-Fission Reactor System Utilizing Unenriched Uranium Fuel and Direct Brayton Cycle
Modern Small Modular Hybrid Fusion-Fission Reactor
Fusion Reactor Using Laser Control of Nanoshell Surface Plasmon Resonance
Neutron Source, Thermal Management System, and Electrical Generator Assembly Using Poincaré Engineering of Nuclear Fusion
Fusion Reactor Using Bichromatic Optical Control of Quantum Tunneling
EP 22927541.7, & JP 2023-581035
Coherent Control Based on Quantum Zeno and Anti-Zeno Effects
Chiral Catalysis of Nuclear Fusion in Molecules
Infrared-Class Chiral Fusion Reactors
Fusion Reactor Using Optical Control of Quantum Tunneling
Quantum Phase Control of Nuclear Wavepacket Tunneling Incorporating Multiphoton Processes or Relativistic Gain Media
Publications
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Fusion in a nanoshell: Harnessing plasmonic fields for nuclear reactions
Chiral catalysis of nuclear fusion in molecules
Ultrafast laser architectures for quantum control of nuclear fusion
Coherent control based on quantum Zeno and anti-Zeno effects: Role of coherences and timing
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