FREE ENERGY & Antigravity

48 Pages·2005·3.03 MB·English

by  William Alek

FFRREEEE EENNEERRGGYY &&
AAnnttiiggrraavviittyy
By William S. Alek
INTALEK, INC.
August 3, 2005
WWhhaatt iiss FFRREEEE EENNEERRGGYY aanndd
AAnnttiiggrraavviittyy??
AArree tthheeyy rreellaatteedd??
The short answer is YES!
(cid:122)
We begin our journey with relativity theory
(cid:122)
DDiidd EEiinnsstteeiinn ggeett iitt rriigghhtt,, oorr
NNOOTT??
Newton’s second law of motion, F = m a,
(cid:122)
i
where m is the inertial mass
i
Newton’s gravitational force, F = m g,
(cid:122)
g
where m is the gravitational mass
g
General Relativity Theory (1916) equates
(cid:122)
Newton’s second law, F = m a, to Newton’s
i
gravitational force, F = m g
g
Is this concept correct?
(cid:122)
EEiinnsstteeiinn’’ss EEqquuiivvaalleennccee
PPrriinncciippllee
Einstein used this to formulate the equivalence
(cid:122)
principle, which would become the foundation of
General Relativity. He stated “there is no
experiment a person could conduct in a small
volume of space that would distinguish between a
gravitational field and an equivalent uniform
acceleration”.
Is that so???
(cid:122)
EEiinnsstteeiinn’’ss tthhoouugghhtt eexxppeerriimmeenntt::
TThhee ““ccllaassssiicc”” eelleevvaattoorr pprroobblleemm
An inertial mass
(cid:122)
undergoing an
acceleration in space
changes.
A gravitational mass at
(cid:122)
rest on the Earth doesn’t
change.
Given this scenario, an
(cid:122)
inertial mass isn’t equal to
a gravitational mass!
AA NNeeww PPrriinncciippllee ooff
EEqquuiivvaalleennccee iiss rreeqquuiirreedd
An inertial mass moving
(cid:122)
at a constant velocity in
space changes.
A gravitational mass in
(cid:122)
free fall a given distance
also changes.
Therefore, given this
(cid:122)
scenario, an inertial mass
is equivalent to a
gravitational mass!
TThhee IInneerrttiiaall MMaassss::
SSppeecciiaall RReellaattiivviittyy TThheeoorryy
TThhee GGrraavviittaattiioonnaall MMaassss::
NNaattuurraall RReellaattiivviittyy TThheeoorryy
AA NNeeww PPrriinncciippllee ooff EEqquuiivvaalleennccee
GGrraavviittaattiioonn
Object is RED SHIFTING with
(cid:122)
a positive displacement