LaserPrism: Optics Photon Lab
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About this game
Calibrate mirrors, dispersive prisms, and beam splitters on a precision photonics bench in LaserPrism: Optics Photon Lab.
Guide coherent laser emitters across multi-element optical tables. Use specular reflection, Snell's Law refraction, and chromatic wavelength dispersion to split white light into pure Red (650nm), Green (532nm), and Blue (450nm) beams and lock every target photodiode at 100% charge.
Optical Bench Ray-Tracing & Snell's Law Refraction
Every optical surface computes real-time incidence and refraction vectors. Rotate first-surface silver mirrors with 5-degree Vernier precision or continuous drag handles, and watch refractive glass blocks bend incident beams according to their refractive index.
Chromatic Prism Dispersion & Wavelength Filtering
Pass broadband white laser beams through equilateral flint-glass prisms to separate Red, Green, and Blue spectral rays at distinct dispersion angles. Combine half-silvered 50/50 beam splitters and narrow-band dichroic filters to route specific wavelengths around blackbody absorbers.
10 Photonics Laboratories & Custom Refractive Sandbox
Progress from foundational specular reflection benches to dense multi-sensor chromatic interferometer chambers. Switch into the Optics Sandbox to customize prism refractive index (n = 1.33 Water to n = 2.42 Diamond) and generate unlimited procedural optical puzzles.
Guide coherent laser emitters across multi-element optical tables. Use specular reflection, Snell's Law refraction, and chromatic wavelength dispersion to split white light into pure Red (650nm), Green (532nm), and Blue (450nm) beams and lock every target photodiode at 100% charge.
Optical Bench Ray-Tracing & Snell's Law Refraction
Every optical surface computes real-time incidence and refraction vectors. Rotate first-surface silver mirrors with 5-degree Vernier precision or continuous drag handles, and watch refractive glass blocks bend incident beams according to their refractive index.
Chromatic Prism Dispersion & Wavelength Filtering
Pass broadband white laser beams through equilateral flint-glass prisms to separate Red, Green, and Blue spectral rays at distinct dispersion angles. Combine half-silvered 50/50 beam splitters and narrow-band dichroic filters to route specific wavelengths around blackbody absorbers.
10 Photonics Laboratories & Custom Refractive Sandbox
Progress from foundational specular reflection benches to dense multi-sensor chromatic interferometer chambers. Switch into the Optics Sandbox to customize prism refractive index (n = 1.33 Water to n = 2.42 Diamond) and generate unlimited procedural optical puzzles.
Align mirrors, prisms & beam splitters to refract RGB lasers into target sensors
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What’s new
LaserPrism: Optics Photon Lab v1.0.1
• Updated native offline bundle with real-time Snell refraction ray-tracing and chromatic RGB prism dispersion
• 10 photonics laboratory chambers and custom refractive index sandbox (n=1.33 to 2.42)
• Native Snell & Cauchy dispersion spectrometer drawer
• Updated native offline bundle with real-time Snell refraction ray-tracing and chromatic RGB prism dispersion
• 10 photonics laboratory chambers and custom refractive index sandbox (n=1.33 to 2.42)
• Native Snell & Cauchy dispersion spectrometer drawer
Everyone
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Phone number
+827089831902
About the developer
굿코드
han041722@gmail.com
서구 대덕대로 408
서구, 대전광역시 35203
South Korea
+82 10-8406-6132
