Researcher
LQUOM株式会社
- FPGA
- quantum information science
- quantum communication systems
- quantum memory
- quantum entangled photon pair source
- quantum key distribution systems
- digital control methods
- Quantum communications systems
- Optical detection system
- Arbitrary Waveform Generation (AWG)
- Frequency modulation
- Cloud quantum computation
- Long-distance quantum communications
- Quantum state transfer capabilities
- Secure cloud quantum computation
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Kanagawa
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11 to 100
Company Info
LQUOM collaborates with Yokohama National University (Faculty of Engineering, Department of Physics) to develop quantum communication systems, focusing primarily on the transfer of quantum states from light to matter. Research includes the development of quantum memory using rare earth doped crystals, the use of semiconductor quantum dots for quantum entangled photon source, and the development of systems for secure long-distance quantum communication, as well as research on the optimization of quantum key distribution systems, and the implementation of quantum computation algorithms on superconducting qubits, among other extensive research content.Job Summary
As a researcher, you will be involved in experiments in quantum information science, particularly in the development of light-to-matter quantum state transfer capabilities, the development of long-distance quantum communication systems, and the development and control of quantum memory using rare earth doped crystals, the narrow linewidth quantum entangled photon pair source, and the development of quantum delivery and relay protocols for long-distance quantum communications. Theoretical and experimental work on efficient entangled delivery and relay protocols for long-distance quantum communications, and the implementation of secure cloud quantum computation are also included.Duties
The main duties of this researcher position involve collaboration with Yokohama National University (Yokohama Research Laboratory, Department of Physics) and the development of quantum communication systems. Specific sought-after research content includes experiments in quantum information science, particularly the development of light-to-matter quantum state transfer capabilities, the development of quantum memory using rare earth doped crystals, the use of semiconductor quantum dots for quantum entangled photon source, the development of systems for secure long-distance quantum communication, and the development of efficient quantum entangled photon pair source, the development of narrow linewidth quantum entangled photon pair source, the wavelength conversion systems, and frequency stabilization system, and the development of efficient quantum key distribution systems using FPGA. The effective implementation of quantum computation algorithms, the development and control of quantum memory using rare earth doped crystals, the use of semiconductor quantum dots for quantum entangled photon source, the development of systems for secure long-distance quantum communication, and the development of efficient quantum key distribution systems using FPGA are also included.Login to see all information about offers.
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