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Ronnie Coleinger Publishing
Time Reversal Experiment with Quantum Computer
Scientists have been able to reverse time by a tiny quantum bit in a 2019 experiment. This is some good stuff and makes this time travel author smile.
Milky Way Galaxy – Expansion is Everything
Since the first moment of our universe’s creation – a millisecond after the Big Bang, our universe has been steadily expanding. With that expansion comes a steady increase in the rate of that expansion. Everything within our universe is getting farther and farther apart as time marches on.
Whether our God caused the Big Bang and began the universe as we now know it or whether God’s work as explained in our bibles only applies to the solar system and heavens where planet Earth is located is a topic for debate. I will let the biblical scholars hash that one out.
Where was I? Oh, yes. We were discussing why objects in space are expanding after the Big Bang. It is believed that the expansion and the increased rate of expansion is due to a force in nature dubbed, Dark Matter. Problem is, our scientists have no idea the true nature of Dark Matter. We don’t where it exists or what it is. The scientists believe it may consist of particles. It could be simply cold static particles that just take up space or possibly, high energy hot particles. What the scholars do agree on is that Dark Matter was created just after the expansion of the Big Bang.
Why am I boring you with all this information about expansion and Dark Matter? Because the astrophysics have discovered a very interesting fact about the expansion of the Milky Way and its partner, the Andromeda Galaxy.
The very smart scientists have figured out how to measure the speed of our universe’s expansion to a high level of accuracy. Just recently, it was announced that The Milky Way Galaxy and its companion, the Andromeda Galaxy are expanding at a faster rate than the rest of the objects in the universe. The reason is very difficult to understand, but simply boils down to the fact that a large void area in space is providing a push to the galaxies, causing them to move faster than the typical expansion force provided by the Big Bang.
I realize that I have not given you much detail about this topic, but I am not a scientist and I will not attempt to go into any more detail. I will tell you this, I will not forget the information I have read. I intend to write at least a full novel on this subject. The research will do me good and keep this elderly mind of mine from acquiring Alzheimer’s disease.
I have provided a link to this topic. The link comes from a very good writer from CNN. Ample detail is given so you can understand the subject material without being drowned in scientific jargon. The link is provided below:
The Milky Way Galaxy
The Galaxy of Humans
Lightning Sprites are lightning strikes that happen over a thunderstorm cloud. Most often seen as a reddish orange glow that occur some thirty to fifty miles above the surface of our planet. Sightings of sprites are common if you know what you are looking for. Scientists tell us that the sprites are actually cold, similar to the light from a fluorescent tube, unlike lighting that heats the atmosphere around the strike to incredibly high temperatures.
Sprite observations go back to around 1730 when Johann George Estor wrote of them in some of his reports. Since that time, reported observations of sprites have come from aircraft and from space and are now the subject of intensive scientific studies.
I have enclosed the Wikipedia Bibliography details for this article below. The article is titled, Sprite (Lightning). The article gives good details on the subject and is worth a few minute time to read.
Bibliographic details for "Sprite (lightning)"
Page name: Sprite (lightning)
Author: Wikipedia contributors
Publisher: Wikipedia, The Free Encyclopedia.
Date of last revision: 12 October 2017 03:30 UTC
Date retrieved: 15 January 2018 00:12 UTC
Permanent link: https://en.wikipedia.org/w/index.php?title=Sprite_(lightning)&oldid=804953318
Primary contributors: Revision history statistics
Page Version ID: 804953318
Looking Back in Time: The brightest quasar in our universe?
A quasar known as P352-15 is some 13 billion light-years from planet Earth. It was discovered with the aid of a radio telescope named Very Long Baseline Array (VLBA).
We are seeing the quasar as it was when our universe was about 7 percent of its current age. That is a very long time ago.
I have included a link to the article written by Chris Ciaccia of Fox News. You gotta love this stuff!
Fox News Link:Brightest Quasar
While watching a science fiction movie on Netflix today, I discovered a discussion about Quantum Entanglement, a quantum physics problem that Albert Einstein struggled with and never full rectified in his work on relativity. After a little research I found a video where a professor managed to explain the problem in very simple terms. I have enclosed a link to the video below:
The Black Hole in the center of our galaxy:
If you look up into the dark night sky near the edge of the Sagittarius and Scorpius Constellations, you are looking towards the very center of our galaxy. There, exists a spot where our scientists have discovered a very small and compact astronomical radio source. That radio source is believed to be the place where our galaxies supermassive black hole exists. That radio source goes by the name of Sagittarius A.
Sagittarius A is some 26, 000 light years from planet Earth. Light travels 186,282 miles per second. If you do the math, it would take a human astronaut about 52 years to travel to the center of our galaxy at the speed of light. However, in a twenty-first century spaceship, depending on which craft you were to use, it would take somewhere around 8000 years. Yes, I said that number correctly, 8000 years. That is why it would be great if we could travel at speeds in multiples of light years, but that is not possible with today’s spacecraft.
Here is another point to consider. To the astronaut, that 8000-year trip would seem as if it was just a short trip. That is because time is measured differently for a moving object than the stationary object in the vacuum of space. Time inside the moving spaceship slows down compared to time on planet Earth. The closer to the speed of light you travel, the more time slows down. Einstein’s Theory of Relativity explains the phenomenon and he named it, time dilation. Wikipedia puts it like this: A clock at rest with respect to one observer may be measured to tick at a different rate when compared to a second observer's clock. This effect arises neither from technical aspects of the clocks nor from the propagation time of signals, but from the nature of spacetime.
As it stands right now, humans will not be traveling to the center of our Milky Way Galaxy any time soon. With that said, we might figure out how to slingshot a spacecraft around a planet or two and manage speeds close to the speed of light. Einstein said that we cannot travel faster than the speed of light, however, we soon may figure out how to circle the rim of a man made black hole and pick up speed with each transition. After a few good loops around the rim, we may be able to pick up enough speed to travel faster than the speed of light. There I go off on another eBook story concept.
Copyright © Ronnie Coleinger Publishing
Copyright © Ronnie Coleinger Publishing