The Observable Temperature
Dependence of Gravitation
C. Y. Lo
Applied and Pure Research
Institute
15 Walnut
Hill Rd., Amherst, NH 03031
email: c_y_lo@yahoo.com
Abstract
Newton's inverse-square law of gravitation is
the oldest standing mathematical description of a fundamental interaction.
However, Galileo, Newton,
and Einstein failed to explain the Anomaly of the Space-Probes and flybys.
Moreover, they also failed to explain experiments on the weight reductions of a
charged metal ball, a charged capacitor and heated-up metal. They did not see
that gravitation is actually a combination of effects. In particular, the
formula E = mc2 misled us to believe that all the gravitation is
attractive. In fact, if gravitation is a force acting on the mass, it is a
combination of at least attractive forces and a repulsive force. The
observation of Galileo is actually incomplete because the existence of
repulsive gravitation can lead to neutral matter with different falling
accelerations. The repulsive gravitational force is very weak and thus escaped
detection for a long time. However, now the advancement of technology and
theoretical developments allow a direct observation of the repulsive
gravitational effects by using a sensitive balance scale. In this article, we
shall describe an outstanding experiment on observing repulsive gravitation
done by Li Hua-Wang in Dan Dong, China.
KeyWORDS: repulsive gravitation; invalidity of E = mc2.
PACS: 04.20.Cv
