ResearchJack HareNovember 16, 2021research, quantum mechanics, quantum physics, encryption, efficiency, energy efficiency, Nanotechnology, nanotech, nanoscience, research projects Closer to a simple and efficient method of quantum encryption ResearchJack HareNovember 16, 2021research, quantum mechanics, quantum physics, encryption, efficiency, energy efficiency, Nanotechnology, nanotech, nanoscience, research projects
ResearchJack HareSeptember 06, 2021gold, quantum dots, quantum mechanics, quantum physics, 2d materials, nanofilms, nanotech, research Researchers use gold film to enhance quantum sensing with qubits in a 2D material ResearchJack HareSeptember 06, 2021gold, quantum dots, quantum mechanics, quantum physics, 2d materials, nanofilms, nanotech, research
ResearchJack HareJuly 15, 2021quantum physics, quantum dots, quantum mechanics, cancer therapy, cancer, cancer cells, nanomedicine, Nanotechnology, research Quantum physics helps destroy cancer cells ResearchJack HareJuly 15, 2021quantum physics, quantum dots, quantum mechanics, cancer therapy, cancer, cancer cells, nanomedicine, Nanotechnology, research
ResearchJack HareJuly 07, 2021biomaterials, nanobiomaterial, techniques, building materials, quantum mechanics, Nanotechnology, nanoscience, research Developing new techniques to build biomaterials ResearchJack HareJuly 07, 2021biomaterials, nanobiomaterial, techniques, building materials, quantum mechanics, Nanotechnology, nanoscience, research
ResearchJack HareMay 13, 2021sensor, novel, optical properties, molecules, atoms, quantum mechanics, graphene, nanoribbons, graphene nanoribbon, research New atomically precise graphene nanoribbon heterojunction sensor developed ResearchJack HareMay 13, 2021sensor, novel, optical properties, molecules, atoms, quantum mechanics, graphene, nanoribbons, graphene nanoribbon, research
ResearchStephen McKeanJune 02, 2017quantum mechanics Breaking Newton's Law ResearchStephen McKeanJune 02, 2017quantum mechanics
ResearchStephen McKeanMay 15, 2017quantum mechanics, microwaves Quantum reservoir for microwaves Researchers use a mechanical micrometer-size drum cooled close to the quantum ground state to amplify microwaves in a superconducting circuit. ResearchStephen McKeanMay 15, 2017quantum mechanics, microwaves
