The Sheer Shape of the Universe

Describe the purpose of the experiment.

The purpose of this study to determine and visualize the sheer shape of the universe.

The hypothesis of the experiment

The outer universe has a zillion other thoughts and contemplations.

List/show the materials used

The chair

The procedure.

Envision yourself on a chair 

Mentally zoom out and see yourself in a room 

Then mentally zoom out and see yourself in the building 

Then mentally zoom out and see yourself on the planet 

Then zoom out stepwise so that you can experience every stage 

Then zoom out to the solar system circling within the galaxy that orbit, neighbors galaxy with the supercluster that is just one supercluster among billions of superclusters. 

Then focus on the sensation of bigness. 

When you lose the sensation start over again. 

Results

The results from this experiment showed that there are many superclusters in the galaxy. From the visual picture of the solar system, I noted that the sun is in the middle of the solar system and the planets orbit around it in a height speed. This is a heliocentrism idea which states that the sun is in the center of the solar system and the planets orbit around it with respect to each other.

Why do you think you achieved the results that you did?

One of the reasons as to why I achieved the result I achieved is due to the image of the solar system that I had in my mind before starting the experiment. This acted as a guide as I try to visualize the and get myself from the room to the building and to the universe (Heward, 2018). Secondly, this happened due to lack of interruptions so as to focus and clearly visualize the solar system and come up with the results that I come up with. The third reason for coming up with these results is that I went over the steps slowly and comfortably and over many times so as to clearly come to a conclusion (Heward, 2018). The result from this experiment confirmed that the planet orbit around the sun in a heliocentric manner and not the sun vortexing around the galaxy as some experiments have pointed out in the past. The two-movement are very different and distinct physical motions in nature with different properties. The planets get the helical motions without the particles in it moving that is why the earth moves but we can't feel the movements here (Heward, 2018). However, if the earth was to vortex the sun then we could feel the drag and friction movements.

Did anything unexpected happen?

The unexpected thing that happened during the experiment is the competing idea of whether the sun was in the middle of the solar system or the earth was in the middle of the solar system. Another thing that was unusual is the sun orbits around the planets or the planets orbit around the sun. Another thing that was unusual from this experiment is the orbiting of the planet around the sun I noted that it is not in a circular manner as commonly assumed by it is in a more random way while the planet orbit around the sun with respect to each other (Keesee, 2017).

Do the data/results support the hypothesis? Why?

The results obtained were in line with the hypothesis as the hypothesis stated that the solar system has a zillion of elements and contemplations. The experiment showed that there are billions of galaxies and bodies in the solar system, therefore, agreeing with the hypothesis. Additionally, the experiment showed that there are many ways to explain and visualize the activities in the solar system (Tian, 2015). Finally, this experiment elaborated the zillion ways that the universe can be seen and therefore show that the hypothesis is significant.

References

Heward, A., & Massey, R. (2018). Can we make a case for astronomy?.

Keesee, A. M., Williamson, K., & Robertson-Honecker, J. (2017, December). Bringing the Great American Solar Eclipse to West Virginia. In AGU Fall Meeting Abstracts.

Tian, F. (2015). Atmospheric escape from solar system terrestrial planets and exoplanets. Annual Review of Earth and Planetary Sciences, 43, 459-476.