Stellar validation ΨΛ — global spectra confirmed
Summary Three stellar regimes validated: the Sun (G2V), A-type stars, and M-type red giants. Line positions match references within ≤0.1%. […]
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Articles exploring the ΨΛ framework and fundamental research on information, physics, and biology.
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Multi-domain validation ΨΛ — one logic from biology to the stars
Summary Four bridges tested: DNA (bio↔chemistry), interstellar PAHs (chemistry↔astro), genetic entropy (bio↔information), and solar neutrino flux (astro↔information). Results match experimental
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Molecular validation ΨΛ — simple molecules, tight matches
Summary We validated cornerstone lines in H₂, CO, OH, CH, CN, H₂O, and NH₃. Predicted wavelengths and frequencies align with
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Galactic validation ΨΛ — key lines and spectra confirmed
Summary We validate major galactic tracers: HI 21 cm, CO (115/230 GHz), forbidden lines [O III] 500.7 nm and [N
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Cosmological validation ΨΛ — what observations confirm
Summary Four pillars tested: the cosmic microwave background (CMB), the cosmic neutrino background (CνB), the Hubble constant, and JWST’s current
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Atomic validation: 100 spectral lines confirmed
Summary We validated 100 atomic spectral lines across key elements. The ΨΛ V4 Grid maps each atom to a logical
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Validated affinities: how the ΨΛ V4 Grid maps synergies and antagonisms
Summary Validation on 100 pairs across nutrients, minerals, lipids, polymers, and a few common drugs. Goal: confirm that the ΨΛ
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Introducing Project ΨΛ: A Logical Grid for Understanding the Universe
Project ΨΛ explores a unified approach to physics, information, and biology through a structure called the “Logical Grid.” This framework