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Quantum technology teaching experiment system
Diamond Nitrogen-Vacancy (NV) Center for Quantum Research
light detection magnetic resonance
Zeeman effect
rabbi shock
Longitudinal and transverse relaxation time constants T1, T2
No vacuum or low temperature required
light detection magnetic resonance
Zeeman effect
rabbi shock
Longitudinal and transverse relaxation time constants T1, T2
No vacuum or low temperature required
KWANTEACH is a kit for practical courses in quantum physics designed to enhance students training in quantum technologies.
Through KWANTEACH, students delve into basics quantum physics concepts and principles of quantum bit manipulation, focusing on the NV (Nitrogen Vacancy) diamond centres.
Our versatile experimental education platform, which requires neither vaccum nor cryogenics, guarantees remarkable flexibility. This hands-on approach provides a large teaching scope (from undergraduated studies to PhD projects) and enriches the theoretical fundations provided in the curriculums, fostering a comprehensive understanding of quantum technologies.
Through KWANTEACH, students delve into basics quantum physics concepts and principles of quantum bit manipulation, focusing on the NV (Nitrogen Vacancy) diamond centres.
Our versatile experimental education platform, which requires neither vaccum nor cryogenics, guarantees remarkable flexibility. This hands-on approach provides a large teaching scope (from undergraduated studies to PhD projects) and enriches the theoretical fundations provided in the curriculums, fostering a comprehensive understanding of quantum technologies.
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Experimental architecture |
Base Module |
Base Module + Pulsed |
|
Function |
Magneto-optical detection |
Longitudinal and transverse relaxation time constants T1, T2 |
|
Architecture contains elements |
control unit Triaxial Helmholtz Coil light detector laser Diamond Nitrogen-vacancies and RF antennas Optomechanical compon entssoftware |
All components of Base Module |