Quantum Crystal Scattering˸ 100 Years unnoticed


Bringing William Duane's 1923 quantum model for particle diffraction by crystals to life˸ 'a theory of the reflection of X-rays by crystals‚ based on quantum ideas without reference to interference laws․' - PNAS V9 192304 p15․ Although initially dismissed by early theorists‚ Carolyne Van Vliet's research in 1967 and 2010 re-establishes the relevance of Duane's approach by linking it to formal quantum theory․ WIP includes added unit cell scaling and updated interactive diagrams and explanations․
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Single Molecule Quantum Interference
This map applies William Duane's 1923-1926 quantum scattering model to a molecular interference experiment․ The experiment shown here produces a tiny pattern of about 0․1mm across․ By using VR to scale the world 10x and 100x‚ the particle pattern becomes just big enough to see without magnification․ Note˸ The world scaling is hairy‚ but getting an experience of a quantum experiment at 100x scale is worthwhile․ If stuck‚ your friend is to respawn․ WIP Rearranged UI and added explanation texts․


Quantum Simulation 3D
This world presents virtual-reality versions of some real-world quantum experiments‚ to show how the characteristic fringe patterns of quantum scattering can arise without appealing to wave propagation‚ interference‚ or collapse․ この世界は、現実世界の量子実験を仮想現実で再現し、量子散乱の特徴的な干渉縞パターンが、波動伝播、干渉、崩壊といった概念に頼ることなくどのように生じるかを示す。