Cortex Fusion Systems is a quantum technology company and the first energy company to address sustained nuclear fusion with recent and rapidly developing advances in coherent control and ultrafast lasers, the tools of quantum control.- Received venture capital from three VC firms in February 2022 & June 2024- Hired four full-time university professors in quantum science, ultrafast laser physics, and nuclear science, from Princeton, Stony Brook University, and University of Toronto, as consultants- Funded Basic Research Agreement with Purdue University (Ultrafast Quantum Dynamics Group) for ultrafast laser experiments - Sponsoring physics laser lab experiments at University of Connecticut to demonstrate fusion reactions, as per our papers and patents- Partnering with Kansas State University (Kansas Light Source) for ultrafast laser experiments- Filed seven patent applications: "Fusion Reactor Using Bichromatic Optical Control of Quantum Tunneling," "Quantum Phase Control of Nuclear Wavepacket Tunneling Incorporating Multiphoton Processes or Relativistic Gain Media," "Coherent Control Based on Quantum Zeno and Anti-Zeno Effects," "Chiral Catalysis of Nuclear Fusion in Molecules," "Infrared-Class Chiral Fusion Reactors," "Neutron Source, Thermal Management System, and Electrical Generator Assembly Using Poincaré Engineering of Nuclear Fusion," and "Fusion Reactor Using Optical Control of Quantum Tunneling"-Published three papers: "Chiral catalysis of nuclear fusion in molecules" (PDF: https://www.worldscientific.com/doi/epdf/10.1142/S0218301324500356), "Ultrafast laser architectures for quantum control of nuclear fusion" (PDF: https://arxiv.org/pdf/2308.07417.pdf), and "Coherent control based on quantum Zeno and anti-Zeno effects: Role of coherences and timing" (PDF: https://arxiv.org/pdf/2306.08311.pdf)

Determining optimal Monte Carlo sampling procedures for directed evolution of genes. Programmed a microfluidic robot in G-Code.

Tutoring the GED to youth incarcerated at Manson Youth Institute. Weekly prison visits.

Explorations of telomere-binding proteins in whole-genome stability and instability. Cloned a novel, hybrid gene conferring improved telomere capping to cells. Supervised by Professor Sandy Chang.

Managed bioinformatics database for international team of researchers.https://www.malacards.org/