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Optical ComponentsPROVIDED BY SKP
first_uid = 86, post_uid = 152 active_uid = 152- Acousto-Optic Devices
first_uid = 86, post_uid = 152 active_uid = 152- Attenuator
first_uid = 86, post_uid = 152 active_uid = 152- Autocorrelator
first_uid = 86, post_uid = 152 active_uid = 152- Galvanometer Scanner
first_uid = 86, post_uid = 152 active_uid = 152- Hyperspectral Imagers
first_uid = 86, post_uid = 152 active_uid = 152- Isolator
first_uid = 86, post_uid = 152 active_uid = 152- IR Camera/Viewer
first_uid = 86, post_uid = 152 active_uid = 152- Laser Beam Analyzer
first_uid = 86, post_uid = 152 active_uid = 152- Laser Protection
first_uid = 86, post_uid = 152 active_uid = 152- Laser Power/Energy Meter
first_uid = 86, post_uid = 152 active_uid = 152- OCT & OCT Engine
first_uid = 86, post_uid = 152 active_uid = 152- Silicon PMT (SiPM)
first_uid = 86, post_uid = 152 active_uid = 152- Mass Spectrometry
first_uid = 86, post_uid = 152 active_uid = 152- THz Products
first_uid = 86, post_uid = 152 active_uid = 152- Wavelength Selectors
first_uid = 86, post_uid = 152 active_uid = 152- Spectrophotometer
first_uid = 86, post_uid = 152 active_uid = 152- Femtosecond Pulse Compressors
first_uid = 86, post_uid = 152 active_uid = 152- Beam Profilers
first_uid = 86, post_uid = 152 active_uid = 152- Optical Spectrum Analyzers
first_uid = 86, post_uid = 152 active_uid = 152- Wavemeters
first_uid = 86, post_uid = 152 active_uid = 152- Educational experiment kit
first_uid = 86, post_uid = 152 active_uid = 152- Quantum Optics Educational Kit
first_uid = 86, post_uid = 152 active_uid = 152- Alignment Tools
Quantum Optics Educational Kit
●Quantum Optics Educational Kit
Designed for Educational, Demonstration, and Classroom Use
Complete Photonics Kit Includes Hardware, Tools, and Software (Computer Not Included)
Extensive Manual and Teaching Materials Provided
Easy to Assemble and Use
Choose from Educational Kits Containing Imperial or Metric Components
Quantum Optics Educational Kit Details (EDU-QOP1/M)
- Build a Heralded Single-Photon Source Using Spontaneous Parametric Down-Conversion (SPDC)
- Learn Coincidence Counting Techniques to Distinguish Classical from Non-Classical Light Sources
- Analyze the Polarization State of Single Photons
- Show How a Single Photon Interferes with Itself in a Michelson Interferometer
- Demonstrate the Particle/Wave Duality of Light in the Context of the Quantum Eraser Experiment
- Build a Heralded Single-Photon Source with Polarization-Entangled Pairs of Photons
- Perform a Bell Test to Show the Non-Locality of Reality
- Learn how to Adjust the Phase of the Entangled State and Study its Influence on the Bell Test
- Analyze how Walk-Off Effects Mask Entanglement and how to Counteract Them with Compensation Crystals
