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Element Projection & crystal interference / Report

Crystal periodic table and sunlight — Element Projection Lab 0.13.0

Corrected21 Sept 2026 · saved

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01 / THE QUESTION

Editorial guide

What is the minimal geometric object of a crystal, and can measured optical constants under sunlight reconstruct the colours of bulk metals?

02 / WHAT THE RECORD SAYS

Source passage

Their normalized primitive Gram matrices are identical; their measured-input reflectances are not.

03 / LIMITS & OPEN POINTS

Source passage

A model that takes n,k from measurements has reconstructed color; it has not yet predicted n,k from our geometric hypothesis.

04 / THE NEXT QUESTION

Source passage

choose one specific phase and surface, specify an electronic Hamiltonian/response calculation, freeze its dielectric prediction, then compare with an independent reflectance dataset.

05 / CHECKS IN THE RECORD

Source passage

All 218 unit tests pass: 192 previous tests and 26 new geometry, optics and view tests. The optics tests include 2,156 independently evaluated scalar Fresnel comparisons over the 539 original n,k rows and four incidence angles. All 67 supplied bases pass a finite redundant-translation check and boundary sharing sums; a deliberately nonprimitive conventional BCC basis is rejected as redundant. The Canvas/interaction smoke test passes 633 checks, including all element selections and 320/736-pixel drawing sizes. The complete browser CSS layout has not been validated because a local browser binary is absent; Canvas previews and the static poster were visually inspected.

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d0re research collection (snapshot 1 October 2026)
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/The Theory of Reality/Element Projection Lab/RESULTS_0.13.md
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Date
21 Sept 2026 · saved
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8,726 bytes
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1,220 words
SHA-256 of indexed source
9bcf81fa9421dda864b2dc0226da75866aac19abe64880012ea82b00b9463713

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Crystal periodic table and sunlight — Element Projection Lab 0.13.0
Version 0.13
2026-09-21
d0re research record r-9bcf81fa9421
https://www.d0re.com/library/records/r-9bcf81fa9421.html
Authorship basis: Collection attribution; original record retains its own credits
Date basis: saved
Source SHA-256: 9bcf81fa9421dda864b2dc0226da75866aac19abe64880012ea82b00b9463713

Independent research by Anthony Michael Collado.
Original credits remain with each source.