Uploads from Huygens Optics

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Curated by: Huygens Optics (81 videos)

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Currently Playing: Glass-ceramics are amazing!

This is a link to a video on the amazing thermal properties of glass-ceramics.

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Tracks in this Playlist

• Making Wave Visuals the Easy Way: Wave Dude 2D
• How a Telescope Mirror Creates an Image
• Doing Compton Scattering & Photon Coincidence Experiments with the Radiacode 110
• Williamson & Van der Mark electron model | Are electrons made of light?
• The Single Slit Experiment
• Thomas Young's Original 1801 Experiment.
• Making a Deformable Mirror
• Vacuum energy density visualized
• From Cooktop to Optical Part
• How an AR-coating works
• DIY Zero-Expansion Glass-Ceramics. (GC Part 2)
• Bragg-reflection visualized
• Glass-ceramics are amazing!
• The Amazing Properties of Glass-Ceramics (GC Part 1)
• Turning Waves Into Particles
• Mass as spatially confined energy.
• PMT2: Photon Bunching / Hanbury Brown & Twiss effect
• PMT1: Using a Photomultiplier to Detect Single Photons
• Knowing the one-way speed of light
• Meta lenses explained
• Gravitational Index of Refraction
• Gradient Index Lens Explained
• Exploring White Light Interferometry! (WLI / CSI)
• Wave frequencies passing a grating
• About Laser "Speckle"
• Coherence in star light
• Interferometer Interference
• Incoherent Wave Emitter
• Directional coherent wave source
• Imaging at ASML
• Ray/Wave Racing Championships 2023 #light #physics
• How a Lens creates an Image.
• Optical Interferometry Part 2: Measuring Optics with a Zygo GPI LC
• The double beam experiment
• Optical Interferometry Part 1: Introduction & ZYGO GPI layout
• Coherence part 3: This is not a wave.
• Light & Coherence part 2: Spatial Coherence (and the Double Slit Experiment)
• Light & Coherence part 1: Temporal Coherence
• Mirror Lenses Part 2: Testing the Modulation Transfer Function.
• Camera Mirror Lenses Part 1: Visual and Interferometric Testing
• Not a photon in sight! [#shorts]
• Bathroom Quantum Fields and Vacuum Energy
• Making a monolithic telescope Part 3: Figuring & Testing
• Making a Monolithic Telescope Part 2: Machining Glass
• Making a Monolithic Telescope Part 1: Optical Design and Aspherics.
• Telescope Resolution vs. Aperture and Wavelength
• Why is this Space Telescope so Tiny?
• Making OLED Displays
• How big is a visible photon?
• DIY Physical Vapor Deposition (PVD) using Thermal Evaporation
• Etching small patterns in Glass
• Making Optical Logic Gates using Interference
• Analog TV Equipment: R&S SFM test transmitter and CCVS video generator.
• The Real Double Slit Experiment.
• Building a Small Cleanroom for Photolithography.
• Fourier Optics used for Optical Pattern Recognition
• Light Waves Visualized using Photon Sieves.
• Making a Mirror with a Variable Surface Shape
• Making Tiny Fresnel Lenses during a Pandemic
• Maskless Wafer Stepper Part 3: Electronics and Software.
• Micro Lenses made with Photolithography.
• Maskless Wafer Stepper Part 2: Mechanics
• Maskless Wafer Stepper Part1: Optics
• How to make Very Flat Optical Surfaces on Glass
• Metal Detector Discrimination Explained (with a Garret AT Pro)
• Next Level Spirit Level (for billiard / pool table)
• Optical Lens Centering using a LOH LZ-80.
• Polishing a Small Spherical Mirror Surface on a Glass Blank
• CNC Radius Milling in Optics: the LOH Spheromatic Curve Generator.
• DMD Mirrors in a DLP-Projector Moving in Slow Motion (Stroboscopic Effect)
• DIY Photolithography using 1980s Carl Zeiss S-Planar Lens (405nm)
• Photomasks Explained (Contact and Projection): how to etch Thin Chromium Layers
• Carl Zeiss S-planar lens pt.3: light collimation
• Carl Zeiss S-planar lens pt.2: resolution explained
• Carl Zeiss S-planar lens pt.1: general discussion
• Huygens Optics StrobeControl Camera-stroboscoop software
• Curve Generation using a Milling Machine (Short Impression)
• Foucault test of 400 mm diameter spherical mirror (short video)
• Foucault movie of a parabolic mirror F/4.2 (200 micron movement steps, very short video)
• Optical Lapmaster Machine for Polishing Flats of Glass pt.2 (short impression)
• Optical lapmaster machine for polishing flats of glass pt.1 (short impression)