On Launching the First Principles Atomic Theory Using Common Sense Pressure- Temperature Dynamism Analysis in Material Universe Vis a Vis Theories of Bohr (Atomic Theory) and Pauling (Chemical Bonding Theory)

Details On Launching the First Principles Atomic Theory Using Common Sense Pressure- Temperature Dynamism Analysis in Material Universe Vis a Vis Theories of Bohr (Atomic Theory) and Pauling (Chemical Bonding Theory) On Launching the First Principles Atomic Theory Using Common Sense Pressure- Temperature Dynamism Analysis in Material Universe Vis a Vis Theories of Bohr (Atomic Theory) and Pauling (Chemical Bonding Theory)

Publishing date

May 2004

URL

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2004aps..apr.c1023a&link_type=abstract

Journals

American Physical Society, April Meeting, 2004, May 1-4, 2004, Denver, Colorado April 2004, MEETING ID: APR04, abstract #C1.023

Science

Other

Type

Scientific paper

Abstract

Several of my recent papers in various areas of scientific and engineering investigations have been found to validate famous atomic theory of Bohr and chemical bonding theory of Pauling. In view of this, I thought of composing a paper to go alongside original Bohr and prior Rutherford work of attempting to launch an atomic (theory) picture using a special technique I have been following in these mentioned papers viz. pressure temperature dynamics in expanding - contracting material Universe. In expanding contracting Universe, at various times, pressure and temperature gradients are created that give rise to cooling at some places where condensation (from gas to liquid to solid) of matter takes place and heating at some other where disintegration (from solid to liquid to gas) to smaller matter (by burning etc) takes place. In locations where condensation and solidification occurs, higher density or gravity starts accumulating at centers of these condensing matters and in locations where gasifying occurs gravity vanishes to smaller and smaller values. The consequences of such phenomena is "mostly" similar in small as well as large scale of size or dimension of matter and Universe space-time concerned. Since gravity gradients formation in distributed [large] space-time, launches net orbital positional rotatory motions of smaller scattered masses around and in between such larger gravity centers (due to net forces on each smaller scattered masses), similar picture also occurs inside a smaller solid or liquid or gaseous mass, only differing in mechanism a little bit with the phase state of the mass (solid, liquid or gas) concerned.

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