SIMULATION EXPERIMENT.
We are revealing results from our Zero Gravity Plant Growth Simulation Capsule™ by the means of time lapse video clips of garden bean seeds developing within a controlled and zero gravity simulation capsule. We believe that the experimental results will clearly reveal our ability to simulate a zero gravity plant growth development without the need to accomplish the expensive outer space trip.
Pointing out Some Of The Different Garden Bean Development Characteristics Between The Controlled And The Zero Gravity Simulation Capsule Environments.
Controlled Growth Characteristics
The above pictures represent a garden bean seed developing as expected under normal conditions. The root system is reacting to gravity by growing downward. The stem is also reacting to the energy of gravity by growing upward.
Zero Gravity Growth Characteristics
The first noticeable action about the seed that was placed within the zero gravity compartment ( left pic ) is that it reacted to that type of energy immediately. The primary root system reacted by growing strait to our left once it become alive. On the other hand, the controlled seed (right pic) does not show any signs of being effected by gravity until the tip of the primary root system becomes activated. The controlled seed seems to be growing fine within that 45 degree angle until the tip of the root system beginnings to grow downward.
An apparent struggle is that the primary root system is is immediately reacting to the zero gravity simulation capsule by growing toward the left but yet when the tip becomes activated, it makes a complete turn around and grows the opposite direction to the right.
Our experiments suggest that the gravity of this planet is either missing or is being distorted from within the simulated capsule. The evidence of this gravity distortion is also based on the bean sprout being able to successfully grow within a downward action. The reality is that, although the simulated gravity technology is man made, it still function as if it were from that of nature. It would mean that the bean sprout should be able to grow at any given angle because the development stage of up or down does not exist when placed inside the zero gravity simulation capsule. This would equal the same growing development actions as being within the environment of outer space.
This garden bean video experiment was not conducted under a pressurized carbon dioxide and oxygen environment. The pressurization would be required to better simulate a zero gravity environment here on earth. The primarily focus of this video was to demonstrate the ability to develop a simulated micro-gravity environment without the need to reach outer space. For those of you that may want to research the experiment closer, we have created videos from different closeup angles. Click on the link below.
The simulation of micro-gravity could be of great importance for the science of outer space. For example: the gravity stress caused by some of the Graviti-ology-tropism™ technologies could produce curtain gravitational development conditions on specific species that could determined if it would be a good or bad candidate for outer space experimentation. These types of technologies would be able to select specific species that may not be worthy to take into the micro-gravity expensive environment.
The mission with the technologies would be to search for species that might be worthy of the outer space trip by conducting different types of gravity stress conditions and focus on their development. The mission is to try to select species that develop within good or average conditions under specific gravity environments. The intent would be to focus on the species that produce the next generation. The species that produce next generations are better candidates than those that do not.
Up to date, most of the plant experiments from specific species that manage to grow and produce the next generation are showing signs of not only transforming themselves into mutated species, but there are signs that the next generation being producing seems to also be mutated. The experiments are suggesting that the plants that were mutated under the gravity stress conditions would grow so different from that of the mother plant that it would be considered a mutated or different species. The gravity stress seems to be to heavy that some plants would grow into something unrecognizable to that of the mother or original plant. These rare mutated plants that produce the next generation, are clearly producing mutated seed species that seem to be totally different from that of the mother and grand mother plants. The mutated seeds from the mutated plants seem to fall within their own unique species category.
Although the mutated plants grow into a much smaller size and form, they are considered as of great value. We are able to see the potential that they could still be of good use for oxygen production out side of the planet. The next generation produce by some of the mutated plants are also looked upon as of great value because, after the second mutation, it just might of have mutated into a better growing plant if it were to be placed within another gravity environment.
We feel that, up to this point, we are within a good scientific position to point out that we have just very few plants species that showed signs to be good candidates for outer space or another planetary gravity environment experimentation.
We understand that our general technology still needs a lot more research and we find it worthy of the time spend because it might have the potential to be a time and money saver when considering outer space or other planetary plant growth experiments. If this general type of research were to proof to be of good use, then it would be able to save time and money by conducting some of the outer space preparation here on earth instead of actually being out side of the planet.
Growing Plants out side of the planet is considered first priority if humans were to colonize out side of this planet. The priority is based on the production of oxygen over food. If plants were to grow out side of the planet and if they were to produce seeds or fruit, it would be considered as a second bonus. We intent to use these types of plant modification technologies towards the creation of plants that will be able to successfully grow within any gravity field out side of the planet.
Our experiments are based on the creation of different types of plant mutational species in the search for those of them that would be genetically changed so they could thrive on different types of gravity fields different from that of the mother plant.