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« Though it is distasteful to some, scientists must accept theories that agree with experiment, not their own preconceived notions. »
-Stephen Hawking and Leonard Mlodinow
The Grand Design p. 72
Introduction
The article that follows describes the experiments I did
with Amaryllis bulbs in the spring of 2012 and 2013 to verify the following
hypothesis:
[Gravity propelled forward by
the Alignment Geometries of Celestial Mechanics (AGCM)] plays a major
role in the evolution of life. Gravity with AGCM are the architects of all DNA including
human DNA, and account for biodiversity on Earth. Gravity with AGCM will override DNA in
offsprings if the AGCM of the times induce a feature not yet included in
a species. This law of nature will be found at work on any planet within any solar system
where life is evolving.
My methodology is based on René Descartes’ assertion that
given a state of “initial conditions”* it should be possible to make predictions as to what will happen to a system
within a given period of time. The laws of nature will determine how that
system will evolve from those initial conditions over time*2 and prove the predictions if the hypothesis being studied is correct. This is
also how scientific experiments are done today but with more sophisticated
equipment. I used very modest tools to measure my subjects: a ruler and a
moisture meter. I predicted a very simple outcome: a difference in the height
of the stems of two different groups of Amaryllis flowers planted at two
different chronological times with two different distribution of mass, AGCM, at
the moment of each potting. I use Amaryllis bulbs for my experiments because
they produce easy to observe stems within a short amount of time, usually
between 4 to 6 weeks.
Better-equipped scientists may go further with this
experiment and measure more elements than I did. My objective at this very
primitive stage of exploration is just to prove that it happens so the concept
can evolve to more advanced studies. We must first understand how the
hypothesis works in order to later produce technology that will be useful in a
variety of applications.
The concept for my “set of initial conditions” is to
generate two sets of Amaryllis bulbs that are of the same species with the same
expected growth patterns within a given time frame. Then transplant each set at
two different times with two different distributions of mass on the eastern
horizon at the moment of planting the bulbs. This way I am slicing into the
«…infinite and unceasing operation of endless intertwined causes*3…»
to observe what is the underlying process that links the microcosm to the
macrocosm. The positions of the Moon and planets, or the distribution of mass,
within our solar system will vary in reference to the Earth coordinates where I
will plant the bulbs at the two separate times of planting. The plantings occur
at the same Earth coordinates but in two different time frames. The consequence
of this will alter the quantity of G force being loaded*4 into the bulbs as their metabolisms are being activated to make flowers. Also
there will be a divergence in the angle in which the force is moving towards
the newly planted bulbs from one time frame to the next. One group receives the
message from gravity to produce taller stems and the other group will produce
shorter stems because it will be held back by gravity that instructs the plants
to slow down.
This experiment answers Robert L. Jaffe’s
*5 question in his brilliant article
TIMES OF OUR LIVES «How did the chemistry of
life become locked onto the rhythms of celestial mechanics?» By gravitational
modulations propelled forward by ACGM affecting all living systems since life
emerged on Earth starting at the molecular level as gravity clumped particles
together.
About gravity
The force of gravity has been at work since the Big
Bang giving substance to our known universe. Isaac Newton’s discovery of
gravity and his law of universal gravitation with Albert Einstein’s theory of
general relativity opened the way for new technology that is revealing more and
more facets of this important force. The extraordinary work by NASA with the
Hubble telescope, the Casini Mission, and the cameras that have the capacity to
photograph early universe radiation that illustrates the clumping action of
gravity on particles after the Big Bang*6 are the inspirations for my hypothesis. Gravity is the weakest force in the
universe yet it bends light. It has intensity and direction like a vector. It
generates mass and fusion that will form stars. It maintains planets in orbit
around the Sun. It plays an important role in the production of Black Holes.
Although scientists describe gravity as a constant force, on
Earth it equals 1 G, my experiments show that even minute changes in the G
force field will have huge impact on life forms. I believe this is so because gravity
bends light, and affects particles. Gravity does not change a subject at
once but affects its biochemistry that then affects its metabolism that then
alters the mass of the subject. Gravity is
a consummate artist fashioning infinite forms and behaviors as we can now
observe again thanks to NASA and its great scientists, and this is what my
experiment is designed to illustrate.
Since I want to verify the effect of gravity on
evolution, I must see if it will alter the growth of same plant species within
a reasonable time scale by producing the slightest yet constant difference
between the two groups. If we can observe two completely different
characteristics consistently in each of the two groups this will validate my
hypothesis. Then we can deduce how the interactions of AGCM and gravity over
billions of years of evolution affected the rich diversity and progression of
life forms.
The experiment
Although I have made precise calculations for the
time-space of the planting, and prepared a mathematical diagram of the
distribution of the mass within the solar system at those times, I will not
publish them here. I have kept rigorous records and photographed as many
pertinent details I could should scientists wish to examine them within a
professional collaboration. Only after such time will I publish my
calculations.
My
experiment was a complete success.
Last years plants 1, 2, 3, 4, 5 and 6
I transplanted the TALL from last year within the time
frame that would produce tall plants, and the SMALL from last year with the
SMALL from this year.
My
experiment has met this burden of proof. My predictions came true. The TALL
group produced the tallest stems and produced three stems per plant giving this
group a noticeable motif. The SMALL group produced the shortest stems and
produced two stems per plant giving this group a noticeable motif.
* “Initial
conditions” as described in The Grand Design, Stephen Hawking and Leonard
Mlodinov: «Those describe the state of a system at the beginning of whatever
interval of time over which one seeks to make predictions. With a given set of
initial conditions, the laws of nature determine how a system will evolve over
time, but without a specific set of initial conditions, the evolution cannot be
specified.»
June 17 2013 I went to another D-Vernissage produced by The Young Philantropists Circle. This time for the exquisite exhibit on Peru. We were greeted at the door by the organizing comity, with beaming smiles and with all the information you could possibly need to enjoy the event. One of my delights about the D-Vernissage is that you can see the exhibit at your leisure, more deeply. In every section there was a well informed host who could answer our questions and give us extra information on the works.
Le 17 juin 2013, je me rends à un autre D-Vernissage réalisé par Le Cercle des Jeunes Philantropes. Cette fois-ci le contexte était l'exquise exposition sur le Pérou. Nous sommes aceuillis à la porte par le comité organisateur, sourires rayonnants et toutes les informations nécessaires pour apprécier l'événement. Un de mes délices lors d'un D-Vernissage est qu'on peut regarder l'exposition à un rythme plus lent, plus profond. Dans chaque section il y avait un hôte pour répondre à toutes nos questions et nous fournir des informations plus détaillées sur les pièces.
But that is not all an evening with the Young Philanthropists Circle is about. It is also an occasion to taste exotic food, drink and meet new people. The menu was prepared by some of Montreal's South American restaurants and caterers. I tasted Provoletas, Cerviche de corvina, and Gazpachos from Atelier d'Argentina; Tiradito de petoncle al aji limo from Coin Urbain and Sushis de quinoa from Restaurant Mochica.
