Research library
The science the master formula draws on
P(t) is a model. To read it critically, you need the physics underneath it. This library gathers established, peer-reviewed work — organised into three pillars — and maps each result to the term of the equation it supports. The papers are genuine, Nobel-recognised science; independent full-scale validation of any specific application remains an open, ongoing question.
Three pillars of evidence
Each pillar answers a different question the equation raises: is the incident flux real and constant, can a material plausibly respond to it, and does the underlying physics permit this kind of energy bookkeeping.
Neutrino Physics
Is the ambient particle flux real, constant and physically active?
Informs: Φ(E,θ,t), σ(E)
Materials Science
Can a real material plausibly respond to and transport the incident energy?
Informs: v_ph, η_conv
Fundamental Physics
Does the underlying physics permit the kind of energy bookkeeping the model assumes?
Informs: whole equation
Five papers, read in depth
Five results get a full page — metadata, why they matter, method, mechanism, results and the formula term they inform. Every other source is summarised within its pillar.
- Evidence for oscillation of atmospheric neutrinos Physical Review Letters 81, 1562–1567
- Direct evidence for neutrino flavor transformation from neutral-current interactions Physical Review Letters 89, 011301
- Observation of coherent elastic neutrino–nucleus scattering Science 357, 1123–1126
- Fluctuation-induced current from freestanding graphene Physical Review E 102, 042101
- The electronic properties of graphene Reviews of Modern Physics 81, 109–162
The complete, DOI-linked bibliography lives on the references page; the evidence library gives the broader reading list. Evidence library · References