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Patents and IP

Q-carbon, Q-BN, Diamond/c-BN Devices, and Nanodiamond Quantum Technologies

Patent families

  • Q-carbon synthesis & processing: Core formation/processing of Q-carbon; interconversion with diamond/graphene.
  • Q-BN & c-BN devices: Ambient conversion of h-BN → Q-BN/c-BN; doped c-BN device structures.
  • NV nanodiamonds & quantum: NV/SiV nanodiamond synthesis for quantum sensing and communication.
  • Doped diamond/c-BN electronics: Non-equilibrium n/p doping and device integration.
  • Ultra-hard coatings & wear-resistant materials: Laser-enabled coatings for metals/carbides.
  • Diamond nanofibers & macro-diamond growth: Nanofiber formation; scaling to large-area diamond.

Granted U.S. Patents (selected)

Patent No.YearTitleOne-line scope
11,189,7742021High-temperature carbon-based superconductor: B-doped Q-carbonB-doped Q-carbon materials and devices exhibiting high-Tc superconductivity.
11,011,5142021Doping and fabrication of diamond and c-BN based device structuresMethods to dope/build diamond and c-BN devices on practical substrates.
10,906,1042021Systems and methods of fabrication and use of wear-resistant materialsLaser-enabled routes to ultra-hard, adherent coatings.
10,586,7022020Synthesis and processing of novel phase of carbon (Q-carbon)Core processes to form and manipulate Q-carbon.
10,566,1932020Synthesis and processing of Q-carbon, graphene, and diamondLaser processing to interconvert carbon phases and pattern devices.
10,529,5642020Synthesis and processing of novel phase of boron nitride (Q-BN)Formation/processing of Q-BN and related BN phases.
10,240,2512019Pure and NV nanodiamonds & nanostructures for quantum appsNV-center nanodiamonds for quantum sensing/communication.
10,211,0492019Pure and NV nanodiamonds and other nanostructuresSynthesis pathways for quantum-grade nanodiamond structures.
10,196,7542019Conversion of carbon into n-type and p-type doped diamond and structuresNon-equilibrium doping of diamond beyond solubility limits.
5,221,4111993Continuous monocrystalline diamond thin filmsEarly method for large-area monocrystalline diamond films.

U.S. Patent Applications (selected)

Pub. No.YearTitleStatus / One-line scope
2020/01491512020Diamond nanofibers and methods of making diamond nanofibers and large-size diamondsPublished application; laser-driven diamond nanofiber growth.
2019/03630782019Doping and fabrication of diamond and c-BN based device structuresExtends diamond/c-BN device doping and fabrication methods.
2017/03731532017Pure and NV nanodiamonds and other nanostructuresQuantum-ready NV nanodiamond synthesis.
2017/03700192017Pure and NV nanodiamonds and other nanostructuresRelated NV-center nanodiamond routes (family).
2017/00375402017Conversion of BN into n-type and p-type doped c-BN and structuresHeavily doped cubic BN for power devices.
2017/00375342017Direct conversion of h-BN into c-BN and structuresAmbient-condition h-BN → c-BN conversion.
2017/00375332017Novel phase of boron nitride (Q-BN)Q-BN synthesis/processing claims.
2017/00375322017Conversion of carbon into n- and p-type doped diamond and structuresDiamond device doping beyond equilibrium.
2017/00375312017Direct conversion of carbon into diamond and structuresDirect diamond formation under ambient conditions.
2017/00375302017Q-carbon, graphene, and diamondPatterned laser processing across carbon phases.
2017/00369172017Pure and NV nanodiamonds and other nanostructuresNV-center diamond materials (family).