More Common
Sense Science Papers
Common Sense
Science offers a number of related papers for
purchase. All prices
include the cost of reproduction and mailing.
Single copies of papers
are provided free
upon request.
|
Electrodynamics
of Real
Particles vs. Maxwell's Eequations,
Relativity Theory & Quantum
Mechanics
Item
TC3
$2.00
donation
Electrodynamics
of Real Particles vs. Maxwell's
Equations, Relativity Theory and
Quantum Mechanics, by Charles
W. Lucas, Jr. and Joseph W. Lucas
(1992), Covers foundations of a
creationist theory of matter and forces.
10 pages.
|
|
Overview
of the
Electrodynamics Approach to God's
Creation and Daily Sustaining of the
Universe
Item
TC4
$2.00
donation
Overview
of the Electrodynamics
Approach to God's Creation and Daily
Sustaining
of the Universe, by Charles W.
Lucas, Jr. (1992), Provides a historical
and Biblical overview of
Common Sense Science and the Scientific
Method. 5 pages.
|
|
A
New Foundation for
Modern Science
Item
IC3
$2.50
donation
A
New Foundation
for Modern Science.
Derives predictions for blackbody
radiation, photo electric effect, and
emission spectra of hydrogen from
classical electrodynamics for
finite-size electrons. 16 pages.
|
|
Physical
Models for
Elementary Particles, Atoms and
Nuclei
Item
ES1
$1.00
donation
Physical
Models
for Elementary Particles, Atoms and
Nuclei,
by editorial staff of Electric
Spacecraft, reprint from issue 21,
Jan/Feb/Mar 1997. Summary of C03, it
tells how replacing the point-like
elementary particles with toroidal
entities resolves numerous enigmas
of modern physics. 4 pages.
|
|
Deformation
of an
Accelerated Charged Ring Electron
Item
SP2
$2.00
donation
Deformation
of an
Accelerated Charged Ring Electron,
by David L. Bergman (1998). A new theory
of electrodynamics based on
Faraday's Law obtains mass increase,
length compression, and constant
time---without Einstein's second
postulate. 10 pages.
|
|
Theory
of Forces
Item
LN1
$3.50
donation
Theory
of Forces, (1998). Reviews
historical theories of force
transmission, shows
of origin of the
inertial force, and establishes an
electromagnetic basis for Newton's
laws of mechanics. 21 pages.
|
|
|
|