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Above: Orbitsphere Supercurrent.
The bound electron exists as a spherical two-dimensional
supercurrent, an extended distribution of charge completely
surrounding the nucleus. Unlike a spinning sphere, there
is a complex pattern of motion on its surface (indicated
by arrows) that give rise to two orthogonal angular
momentum vectors that give rise to the phenomenon of
electron spin.
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Blacklight technology is based
on the innovative Grand Unified Theory of Classical Physics
(GUT-CP) which is the theory that physical laws (Maxwell's Equations,
Newton's Laws, Special and General Relativity) must hold on all
scales. The theory is based on an often overlooked result of Maxwell's
Equations, that an extended distribution of charge may,
under certain conditions, accelerate without radiating. This "condition
of no radiation" is invoked to solve the physical structure
of subatomic particles, atoms, and molecules.
In exact closed-form equations
with physical constants only, solutions to thousands of known
experimental values arise that were beyond the reach of previous
theory. These include the electron spin, g-factor, multi-electron
atoms, excited states, polyatomic molecules, wave-particle duality
and the nature of the photon, the masses and families of fundamental
particles, and the relationships between fundamental laws of the
universe that reveal why the universe is accelerating as it expands.
GUT-CP is successful over 85 orders of magnitude, from the level
of quarks to the cosmos.
Molecular
Solutions

Above: C60 Fullerene,
Asprin, and Phenylborinic Anhydride
For the first time, the significant
building-block molecules of chemistry have been successfully solved
using classical physical laws in exact closed-form equations having
fundamental constants only. The major functional groups have been
solved from which molecules of infinite length can be solved almost
instantly with a computer program. The predictions are accurate
within experimental error for hundreds of molecules for which
data is available.
BlackLight Power, Inc.'s wholly owned subsidiary,
Millsian, Inc., is
dedicated to developing the molecular modeling applications of
GUT-CP. The 2.0 Beta
version of the Millsian software has been released and free trials
of the program are being offered, as well as the option to purchase
a one-year license to use the software. Millsian is interested
in collaborating with academics and private industry to develop
applications extending the current program. Contact
Millsian for more details.
Based on the GUT-CP, all the major functional
groups involved in most organic molecules have been solved exactly
in closed-form solutions. By using these functional groups as
building blocks, or independent units, a potentially infinite
number of organic molecules can be solved. As a result, Millsian
software can visualize the exact 3D structure, calculate the total
bond energy, and calculate the heat of formation of almost any
organic molecule.
The Millsian competitive advantage includes
rendering true molecular structures providing precise bonding
characteristics, spatial and temporal charge distributions, and
energies of every electron in every bond and bonding atom, facilitating
the identification of biologically active sites in drugs; and
facilitating drug design. We believe that this represents a major
breakthrough in material science that has the potential to impact
nearly all businesses involved in drug development and chemistry.
Download:
Adobe
Reader | Mathematica
Reader
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Theory
Publications
List of 13 theory publications in peer-reviewed
academic journals (PDF). Or click here
to follow links to online text via the Technical Papers page.
Submitted
Rebuttal to single published critique.
Presentations
in PDF:
(Updated Animations)
These are
large files which may take a while to load.
Updated 09/09/09
GUT-CP model of the electron and the photon,
used to solve atoms and their states and the subsequent closed-form
solutions of the fundamental experiments of atomic physics.
Molecular
Physics
The solution of the 26 parameters
of hydrogen molecular ions and molecules from two basic equations,
one to calculate geometric parameters and the other to calculate
energies, and the extension of these results to solve the majority
of the important functional groups of chemistry that serve as
building blocks to give the exact solutions of the majority of
possible molecules and compositions of matter.
Collective
Phenomena, High Energy Physics & Cosmology
Collective phenomena such
as statistical thermodynamics and superconductivity; nuclear physics;
cosmological implications such as absolute space; the origin of
gravity, particle masses, and large scale dynamics of the universe;
and wave-particle duality.

The
Book
A comprehensive treatise on GUT-CP by Dr. Randell Mills, available
to download for free in DjVu format. Read reviews by specialists
in the field.
Molecular
and Atomic Physics Summary Tables
The geometrical parameters and total bond energies
of over 800 exemplary molecules from the major classes have been
calculated from the functional group composition. Includes calculated
and experimental values for Condensed Matter Materials, Ratios
of Masses of Fundamental Particles, Electron g-factor, Excited
State Lifetimes, Excited States of Helium, One- Through Twenty-Electron
Atoms, the Hydrogen Molecular Ion and Hydrogen Molecule, and Diatomic
and Triatomic Molecules.
Animations
Animations in AVI format of lattice structures, atoms and molecules,
the bound electron current pattern, fundamental particles and
processes, and cosmological processes.
The
Society for Classical Physics
Established by a group of scientists to discuss and advance the
theory of Classical Physics.
Computation
Files
Excel spreadsheets and Mathematica notebooks (both
also available in PDF) to accompany calculations and figures in
the book.
Book
Figures
Confused about a figure in the book? View interactive, 3D models
of them here.
Classical
Electron Diffraction
Description of the famous electron double-slit experiment, the
"central mystery of quantum mechanics," and how it is
resolved with the GUT-CP theory of the free electron.
Aspect
Experiment
Description of the famous experiment that
was claimed as proof of "spooky action at a distance,"
and how it is properly interpreted as proof of a deterministic,
local universe with the GUT-CP
theory of the
photon.
Free
Electrons in Liquid Helium
Free electrons in liquid helium form physical
hollow bubbles that serve as resonator cavities that transition
to fractional (1/integer) sizes and migrate at different rates
when an electric field is applied.
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