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DIY Zero-Expansion Glass-Ceramics. (GC Part 2)

75k

PT28M29S

The Amazing Properties of Glass-Ceramics (GC Part 1)

Huygens OpticsMar 23, 2025

317k

PT33M25S

PMT2: Photon Bunching / Hanbury Brown & Twiss effect

Huygens OpticsOct 20, 2024

52k

PT26M24S

PMT1: Using a Photomultiplier to Detect Single Photons

Huygens OpticsSep 11, 2024

123k

PT23M40S

Imaging at ASML

Huygens OpticsDec 21, 2023

149k

PT33M39S

Coherence part 3: This is not a wave.

Huygens OpticsMay 26, 2023

103k

PT21M41S

Mirror Lenses Part 2: Testing the Modulation Transfer Function.

Huygens OpticsNov 25, 2022

109k

PT21M18S

Camera Mirror Lenses Part 1: Visual and Interferometric Testing

Huygens OpticsOct 27, 2022

295k

PT19M42S

Why is this Space Telescope so Tiny?

Huygens OpticsOct 15, 2021

2.2m

PT20M20S

Making OLED Displays

Huygens OpticsSep 2, 2021

721k

PT20M34S

How big is a visible photon?

Huygens OpticsJul 5, 2021

780k

PT16M24S

DIY Physical Vapor Deposition (PVD) using Thermal Evaporation

Huygens OpticsMay 20, 2021

322k

PT15M15S

Making Optical Logic Gates using Interference

Huygens OpticsJan 16, 2021

277k

PT25M32S

Analog TV Equipment: R&S SFM test transmitter and CCVS video generator.

Huygens OpticsDec 16, 2020

14k

PT18M31S

Fourier Optics used for Optical Pattern Recognition

Huygens OpticsJul 25, 2020

97k

PT21M11S

Making a Mirror with a Variable Surface Shape

Huygens OpticsJun 14, 2020

228k

PT14M12S

Maskless Wafer Stepper Part 2: Mechanics

Huygens OpticsJan 25, 2020

42k

PT11M34S

Maskless Wafer Stepper Part1: Optics

Huygens OpticsJan 4, 2020

52k

PT12M56S

How to make Very Flat Optical Surfaces on Glass

Huygens OpticsDec 16, 2019

1.1m

PT12M41S

DMD Mirrors in a DLP-Projector Moving in Slow Motion (Stroboscopic Effect)

Huygens OpticsMay 9, 2019

171k

Featured Results

Williamson & Van der Mark electron model | Are electrons made of light?

Making a Deformable Mirror

DIY Zero-Expansion Glass-Ceramics. (GC Part 2)

The Amazing Properties of Glass-Ceramics (GC Part 1)

PMT2: Photon Bunching / Hanbury Brown & Twiss effect

PMT1: Using a Photomultiplier to Detect Single Photons

Imaging at ASML

Coherence part 3: This is not a wave.

Mirror Lenses Part 2: Testing the Modulation Transfer Function.

Camera Mirror Lenses Part 1: Visual and Interferometric Testing

Why is this Space Telescope so Tiny?

Making OLED Displays

How big is a visible photon?

DIY Physical Vapor Deposition (PVD) using Thermal Evaporation

Making Optical Logic Gates using Interference

Analog TV Equipment: R&S SFM test transmitter and CCVS video generator.

Fourier Optics used for Optical Pattern Recognition

Making a Mirror with a Variable Surface Shape

Maskless Wafer Stepper Part 2: Mechanics

Maskless Wafer Stepper Part1: Optics

How to make Very Flat Optical Surfaces on Glass

DMD Mirrors in a DLP-Projector Moving in Slow Motion (Stroboscopic Effect)

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Featured Results

Williamson & Van der Mark electron model | Are electrons made of light?

Making a Deformable Mirror

DIY Zero-Expansion Glass-Ceramics. (GC Part 2)

The Amazing Properties of Glass-Ceramics (GC Part 1)

PMT2: Photon Bunching / Hanbury Brown & Twiss effect

PMT1: Using a Photomultiplier to Detect Single Photons

Imaging at ASML

Coherence part 3: This is not a wave.

Mirror Lenses Part 2: Testing the Modulation Transfer Function.

Camera Mirror Lenses Part 1: Visual and Interferometric Testing

Why is this Space Telescope so Tiny?

Making OLED Displays

How big is a visible photon?

DIY Physical Vapor Deposition (PVD) using Thermal Evaporation

Making Optical Logic Gates using Interference

Analog TV Equipment: R&S SFM test transmitter and CCVS video generator.

Fourier Optics used for Optical Pattern Recognition

Making a Mirror with a Variable Surface Shape

Maskless Wafer Stepper Part 2: Mechanics

Maskless Wafer Stepper Part1: Optics

How to make Very Flat Optical Surfaces on Glass

DMD Mirrors in a DLP-Projector Moving in Slow Motion (Stroboscopic Effect)

You may also like:

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