Capteur Quantique Centre NV - Version basique
La détection à l'aide de centres NV est une approche prometteuse pour la détection de champs magnétiques faibles. Dans le cas de l'enseignement , elle constitue le lien parfait entre les effets quantiques à température ambiante et l'application de la technologie quantique.
This Kit combines the building blocks of a standard NV-center ensemble setup with an easy to use user-interface as well as integrated courses on the physics behind the observed effects. It can be used as a standalone learning-kit for NV sensing, lecture hall experiments or lab course introduction to NV-centers, optically detected magnetic resonance and Zeeman effect. Add-ons are available to broaden the usability spectrum even further. With this, it’s a compact solution for introduction into the linked fields of quantum optics, solid state physics and electron spin resonance.
Physical effects & measurements
- Optics & Spectroscopy
- Fluorescence
- Crystal structure and symmetries
- Quantum state mixing: What does 'good quantum number' actually mean?
- Electron spin resonance
- Zeeman effect
- Optical detection of magnetic resonance: ODMR
Included in Kit
- Control unit housing the required electronics
- Data acquisition system
- Microwave generator
- Laser controller
- Integrated sensor head
- Diamond with high concentration of NV-centers
- Optical excitation laser
- Photodetection unit
- Mount for sensor head and permanent magnet
- Browser based control-software with integrated courses
Options & Extensions :
Breadboard Kit -- Vector Magnetometry -- Temperature Sensing -- Hyperfine Driving -- Spectroscopic Analysis
The rest of the kits offered by Advance Quantum :
Didactic Concept & User Interface
The clean and sorted graphical user interface focuses on the task at hand. Our browser-based control technology allows for easy integration into remote courses or local operation via USB or network. Operate the system with existing devices in your lab or ask for pre-setup solutions tailored to your needs.
Guide included :
Study the theoretical background
Formulate expectations, estimate parameters and prepare a measurement plan
Perform the actual experiment
Analyze data and compare to expectations
Pose and answer key questions to check the gained understanding
Ideal for lecture hall demonstration : No alignement, Brower based GUI for quick installation
- Site internet du fabricant
- https://www.advanced-quantum.de/