Open scientific ledger · v0.1.0-alpha
A ledger for what physics actually knows.
Universal Physics Index stores typed nodes — quantities, equations, hypotheses, and sources — with strict status labels. Metaphor never becomes evidence.
- Nodes
- 58
- Bridges
- 33
- Sources
- 5
Accepted within the stated domain and supported by provenance.
Follows from explicit assumptions — not automatically a new law.
Falsifiable, unverified claim with test metadata.
Unresolved boundary. Named evidence is still missing.
Invalid, inconsistent, rejected, or superseded.
Conceptual mapping only — never hidden physical proof.
Coding theory
E8, Leech, Golay
240 roots, a 24-dimensional packing lattice, and a perfect [24,12,8] code that repairs three bit flips. The plates are pictures. The records are mathematics.
Holography
AdS/CFT
A bulk geodesic whose length is the entanglement of a boundary interval. Maldacena is still a conjecture. Ryu–Takayanagi is the dictionary’s entropy. Not our sky: observed Λ has the wrong sign.
Dictionary
- Bulk · Einstein gravity in AdS
- Boundary · CFT generating functional
- S_A = Area(γ_A) / 4G_N
- AdS4 × S7 · M2 / ABJM
Co-working
DNA-memory, RNA-engine
GitHub holds the typed JSON. This UI transcribes it into a graph and writes proposals back as pull requests. Co-working means merging into the ledger.
- DNA
- data/ on GitHub main — canonical records
- RNA
- This explorer — read, filter, propose
- Guard
- A metaphor for memory vs transcription. Not biology.
Featured records
Established core
Planck Constant
Fundamental quantum constant relating energy and frequency. h = 6.62607015×10⁻³⁴ J·s (exact by 2019 SI definition).
E = h × f
Maxwell equations in SI form
The classical electromagnetic field equations relating electric and magnetic fields to charge and current.
div E = rho / epsilon_0
Time-dependent Schroedinger equation
The nonrelativistic quantum state evolves unitarily under its Hamiltonian according to the Schroedinger equation.
i hbar partial psi / partial t = H psi
Lorentz-invariant spacetime interval
The Minkowski interval is invariant under Lorentz transformations between inertial frames.
Delta s^2 = c^2 Delta t^2 - Delta x^2 - Delta y^2 - Delta z^2
First and second laws of thermodynamics
Energy is conserved in thermodynamic processes, while entropy production is nonnegative for an isolated macroscopic system.
Delta U = Q - W
AdS/CFT correspondence
Maldacena (1997): a gravitational theory in asymptotically AdS_{d+1} is dual to a d-dimensional CFT on the conformal boundary. The original example is Type IIB string theory on AdS5 × S5 dual to 4d N=4 Super Yang–Mills. Unproven as a theorem; tested in a large web of matched quantities. Status HYP.
Z_bulk[φ_0] = ⟨exp ∫ φ_0 O⟩_CFT
Information mass
T€@X (2026) identification: when information is physically instantiated as a frequency quantum, its inertial mass is m_I = h f / c². This is a named reading of the derived mass equivalent, not a second formula and not a photon rest mass.
m_I = h f / c^2
Universal information measure
A proposed closed measure: every physical encoding with frequency f is assigned the number m_I = h f / c², dual to geometric entropy S = k A(m_I)/(4 ℓ_P²), dual to 11D brane degrees of freedom, returning to the encoding. That is what a measure is — a number on every measurable. The loop is HYP. The 11D closure is SYM. The geometric-entropy step STOPS when the Schwarzschild radius of m_I falls below ℓ_P.
m_I = h f / c^2