diy Physics Blog

  • Book
    • Book Contents
    • Adopt the Textbook
    • Back Cover
    • Instructor’s Guide
    • Software
    • Book Errata
  • About Us
  • Contact Us
  • Terms of Use
  • Privacy Policy

Category Archives: Chapter 8 – Entanglement

ALPhA’s Single Photon Detector Group Order for Educational Institutions

Posted on January 11, 2012 by David Prutchi Posted in Chapter 8 - Entanglement, Entanglement, Single-Photon Counting Modules (SPCMs), Single-Photon Experiments

Excelitas Perkin-Elmer Single Photon Counting ModuleALPhA (Advanced Laboratory Physics Association) has worked out a deal with Excelitas to sell Single-Photon Counting Modules (SPCMs) to instructional labs.  The detectors carry labels specifying that these units belong in the undergraduate instructional labs and not in research labs. These educational detectors have reduced specs, notably a higher background dark count rate, compared to other models from the company.

The set of four SPCMs can be purchased for $5,720 (instead of the usual ~$10k). Continue reading→

Actively-Quenched SPAD SPCM Student Design Project

Posted on January 7, 2012 by David Prutchi Posted in Chapter 8 - Entanglement, Photon/Coincidence Counter, Single-Photon Counting Modules (SPCMs), Single-Photon Experiments
diy Single-Photon Counting Module designed by students at University of Illinois

Image Credit: Oliver Jan and Phil Makotyn

In 2006, then-students Oliver Jan and Phil Makotyn from University of Illinois (at Professor Paul Kwiat’s lab) developed an actively-quenched Single-Photon Counting Module (SPCM) based on the Perkin-Elmer C30902S-DTC Single-Photon Avalanche Photodiode (SPAD). Continue reading→

d.i.y. Two-Channel Single-Photon and Coincidence Counter

Posted on January 5, 2012 by David Prutchi Posted in Bell's Inequality Test, Chapter 8 - Entanglement, Entanglement, Photon/Coincidence Counter, Quantum Random Number Generation, Single-Photon Experiments

Inside of diy 2-channel single-photon and coincidence counter module

This is an inside view of the two-channel photon and coincidence counter of the book‘s Figure 145.  It is used in the photon entanglement experiments of Chapter 8. Continue reading→

Buy our book at Amazon.com

Navigate diyphysics.com

  • Book
    • Book Contents
    • Adopt the Textbook
    • Back Cover
    • Instructor’s Guide
    • Software
    • Book Errata
  • About Us
  • Contact Us
  • Terms of Use
  • Privacy Policy

Categories

  • Administrative
  • Book Chapters
    • Chapter 1 – Light as a Wave
    • Chapter 2 – Light as Particles
    • Chapter 3 – Atoms and Radioactvity
    • Chapter 4 – The Priciple of Quantum Physics
    • Chapter 5 – Wave-Particle Duality
    • Chapter 6 – The Uncertainty Principle
    • Chapter 7 – Schrödinger's Wave Equation
    • Chapter 8 – Entanglement
  • Experiments
    • Attenuation of Radiation
    • Bell's Inequality Test
    • Compton Scattering
    • Doppler Effect
    • e/m Measurement
    • Emission Spectrometry
    • Entanglement
    • Glow Discharge
    • Ionizing Radiation Detection
    • Maltese Cross CRT
    • Plasma Physics
    • QKD
    • Quantum Dots
    • Quantum Random Number Generation
    • Quantum Tunneling
    • Radio-Isotope Identification
    • Relativistic Time Dilation
    • Rutherford Alpha-Particle Scattering
    • Single-Electron Experiments
    • Single-Photon Experiments
    • Single-Slit Diffraction
    • Two-Slit Interference
    • β-Particle Magnetic Deflection
  • Instrumentation
    • CDV700 Pro Geiger-Müller Counter
    • Electron-Beam Tube
    • Entangled-Photon Source
    • Gunnplexer Transceiver
    • High-Voltage Power Supply
    • Lasers
    • Mach-Zehnder Interferometer
    • Magneto-Optical Trap
    • Marx Generators
    • MCA/PHA
    • Photomultipliers
    • Photon/Coincidence Counter
    • PMT/Scintillation Processor
    • Polarimetric Imaging
    • Polymeric Radiation Detector
    • Precision Clocks and Timers
      • Atomic Clock
      • GPS-Disciplined
    • Radioisotopes
    • Scintillation Detector
    • Single-Photon Counting Modules (SPCMs)
    • Single-Photon Imaging
    • Spectrometer
    • Thermal Camera
    • Ultraviolet Illuminators
    • Vacuum System
  • Medium Wave Infrared Imaging
  • Nuclear Magnetic Resonance NMR
  • Physics Humor
  • Theoretical Physics
  • Ultraviolet Imaging
  • Uncategorized

Educational Resources

  • ALPhA Advanced Laboratory Physics Association
  • American Journal of Physics
  • Circuit Cellar
  • Dr. Enrique Galvez' Correlated-Photon Experiments Guide
  • Dr. Mark Beck's Undergraduate QM Experiments
  • The Bell Jar

Blogroll

  • Dorith Prutchi's Professional Website
  • More of our projects at prutchi.com
  • My Blog on Implantable Devices
  • My Infrared-to-UV Photography Site
  • Prev
  • 1
  • 2

Pages

  • Book
    • Book Contents
    • Adopt the Textbook
    • Back Cover
    • Instructor’s Guide
    • Software
    • Book Errata
  • About Us
  • Contact Us
  • Terms of Use
  • Privacy Policy

Archives

  • November 2023
  • September 2023
  • May 2021
  • March 2021
  • July 2019
  • November 2018
  • October 2018
  • April 2018
  • March 2018
  • November 2016
  • October 2016
  • September 2016
  • July 2016
  • March 2016
  • December 2015
  • November 2015
  • October 2015
  • September 2015
  • August 2015
  • July 2015
  • February 2014
  • December 2013
  • July 2013
  • May 2013
  • April 2013
  • March 2013
  • February 2013
  • January 2013
  • December 2012
  • October 2012
  • September 2012
  • August 2012
  • June 2012
  • May 2012
  • April 2012
  • March 2012
  • February 2012
  • January 2012
  • December 2011

Categories

  • Administrative (9)
  • Book Chapters (61)
    • Chapter 1 – Light as a Wave (2)
    • Chapter 2 – Light as Particles (10)
    • Chapter 3 – Atoms and Radioactvity (27)
    • Chapter 4 – The Priciple of Quantum Physics (3)
    • Chapter 5 – Wave-Particle Duality (13)
    • Chapter 6 – The Uncertainty Principle (2)
    • Chapter 7 – Schrödinger's Wave Equation (7)
    • Chapter 8 – Entanglement (18)
  • Experiments (57)
    • Attenuation of Radiation (2)
    • Bell's Inequality Test (8)
    • Compton Scattering (8)
    • Doppler Effect (2)
    • e/m Measurement (3)
    • Emission Spectrometry (2)
    • Entanglement (12)
    • Glow Discharge (1)
    • Ionizing Radiation Detection (18)
    • Maltese Cross CRT (1)
    • Plasma Physics (1)
    • QKD (3)
    • Quantum Dots (1)
    • Quantum Random Number Generation (3)
    • Quantum Tunneling (2)
    • Radio-Isotope Identification (7)
    • Relativistic Time Dilation (1)
    • Rutherford Alpha-Particle Scattering (1)
    • Single-Electron Experiments (1)
    • Single-Photon Experiments (22)
    • Single-Slit Diffraction (1)
    • Two-Slit Interference (4)
    • β-Particle Magnetic Deflection (2)
  • Instrumentation (79)
    • CDV700 Pro Geiger-Müller Counter (7)
    • Electron-Beam Tube (4)
    • Entangled-Photon Source (6)
    • Gunnplexer Transceiver (2)
    • High-Voltage Power Supply (10)
    • Lasers (3)
    • Mach-Zehnder Interferometer (1)
    • Magneto-Optical Trap (1)
    • Marx Generators (3)
    • MCA/PHA (10)
    • Photomultipliers (15)
    • Photon/Coincidence Counter (4)
    • PMT/Scintillation Processor (9)
    • Polarimetric Imaging (4)
    • Polymeric Radiation Detector (1)
    • Precision Clocks and Timers (3)
      • Atomic Clock (2)
      • GPS-Disciplined (1)
    • Radioisotopes (1)
    • Scintillation Detector (14)
    • Single-Photon Counting Modules (SPCMs) (12)
    • Single-Photon Imaging (3)
    • Spectrometer (1)
    • Thermal Camera (1)
    • Ultraviolet Illuminators (3)
    • Vacuum System (2)
  • Medium Wave Infrared Imaging (1)
  • Nuclear Magnetic Resonance NMR (3)
  • Physics Humor (9)
  • Theoretical Physics (1)
  • Ultraviolet Imaging (1)
  • Uncategorized (28)

WordPress

  • Log in
  • WordPress
© diy Physics Blog