We cannot forget the havoc
caused by the cyclonic storms and tornados on
our earth. These phenomena even today treat man'
carefully created structures as paper toys.
Science has some answers, though they are far
from perfect and at least can only help in
advance warning to some extent.
We believe that all
meteorological phenomena are due to low and high
pressures of the atmosphere which are caused by
the irregular heating of the air by the sun.
Only tides are supposed to be an exceptional
process mainly associated with the position of
moon. The rotation of the air currents in the
cyclones or tornados are believed to be due to
the rotation of the earth. Many lives have been
lost due to cloud bursts in different parts of
the world. A cloud burst is a sudden
condensation of water vapours of the cloud in a
very short time. Many of us were of the view
that cloud burst takes place in mountainous
areas where dense clouds get trapped
between high mountains and more saturated clouds
continue to reach there from a funnel type
entrance. But, as we have observed the cloud
bursts in plain areas too, there may be some
other factor as well to trigger a cloud burst.
Every one must have watched
how particles of smoke get uniformly distributed
in a closed room in due course of time.
Similarly, the law of diffusion help gases get
uniformly distributed in an open space. But,
this is not the case with clouds as their
molecular structure takes different shapes
depending on the temperature and pressure of
space from where the wind is passing. Mostly, we
give more importance to temperature and humidity
than the distribution of pressures for critical
meteorological events. The meteorological
observatories are generally equipped to record
wind direction, humidity, temperature and
rainfall. We don't give much importance to
gravitational and pressure variations on hourly
observation basis along with other general
observations.
There are some
meteorological events like tornados which lasts
only for less than an hour. The destruction
caused by a tornado is by its violent winds, by
the tremendous lifting effect of updrafts, and
by the explosive effect of a sudden drop in the
atmospheric pressure. Winds may whirl around the
low pressure centre of a tornado at the rates up
to 200 to 400 Km./hr. or even more. Updrafts
associated with tornado may attain speeds of 100
to 200 Km./hr., and thus it acts as a giant
vacuum cleaner. Barometer pressure may drop
greatly as 1 to 2 inches of a mercurial
barometer. Thus within 10 to 20 seconds pressure
may change by as much as 400 lb/Sq.ft., and
closed buildings explode outward, roofs are
blown off and objects like cars are blown away
like tree leafs.
Just how tornados originate
is still uncertain, and their precise locations
cannot be forecast. These sudden meteorological
events must not always be associated with the
heating of the air by the sun but may be due to
some sudden changes of pressures in localised
areas under well defined boundaries. At least
one event can be mentioned here where some
unique observations were made during a full
solar eclipse. Change in weather was observed on
16th Feb. 1980 during full solar eclipse at the
Meenambakkam weather observatory which recorded
sudden fall of 2.5 degree centigrade in
temperature between 3 and 4 p.m. The humidity
was up by 12 percent and the atmospheric
pressure dropped by 0.5 milibars. These readings
show that the rise in humidity may be due to the
fall of temperature and pressure. And the fall
of temperature may be due to the expansion of
the air molecules. All these changes can be
associated with sudden fall of gravitational
field at the localised place of eclipsed area.
So, the push ray particles that can be mainly
responsible for change of gravitational field
within well defined boundaries may be
responsible such extreme short lived localised
events.
The pressure of the air at
different layers of the atmosphere is due to the
weight of the air molecules. And we know that
the weight of air molecules is due to the so
called gravitational attraction between the
earth and the molecules of air. In fact the
weight of air molecules is due to the resultant
force on them by the push rays coming from all
over the universe. These push rays just like
light rays are forming eclipse like shadows of
low pressure areas not only by the sun and moon
but by some other nearby planets too. The path
of many tornados are more likely to follow a
definite straight line pattern just like solar
eclipse shadow paths as they may be caused by
some unique position of three or more heavenly
bodies.
So, I believe that the
variation of gravitational field plays a great
role in some of the major meteorological events.
The gravitational field, which is due to the
push rays of the universe, falls suddenly on a
very limited area on the surface of the earth
when the effected area receives weak intensity
of push rays due to two or more heavenly objects
coming in straight line with that area.
