As a science- fiction writer it’s important to debunk sightings of UFO’s with physics in mind. It’s true, most sightings are the creativity or the misunderstanding of mankind. As a matter of fact, 80 percent are misunderstood or purposely doctored, while 19 percent is military controlled secret projects. We also know , we must follow the laws of natural physics under the careful eye of scientists. That being said, we know we aren’t the only living system in the countless strings of universes ; and true, it’s most likely 99 percent won’t be able to meet due to the light years of distance and lack of technology.

Nevertheless, there are still two possibilities available to the few highly intelligent species whose race have managed to survive all the natural disasters in the universe.

The question is : Is time Travel possible using our knowledge of physics?

Heading into the Speed of Light isn’t humanly possible at this time.

You may think the “Wormhole “ theory is a possibility, but unfortunately physicists say it’s possible but unlikely for any human being or spacecraft to head inside. Including the fact, they are theoretically two Black Holes that have joined together There are problems:

A) Wormholes existence is short-lived.

B ) Wormholes are microscopically tiny

C) The interior would be an extreme gravitational field and would literally pull a star apart, never mind a spacecraft.

Nevertheless, there are two possibilities matched into one idea solution.

Quantum Mechanics could be the answer but requires , either a wormhole or the speed of light mixed into the equation. The theory is to send a copy of ourselves without any physical mass ; essentially we are a ghost of ourselves able to travel the speed of light into a mechanism, such as, a wormhole or maybe a singular Blackhole. On one end we can see ourselves across the galaxies ( string theory) controlling our distance ghost of ourselves on a distance planet or wherever we want to go , because the ghosts of ourselves are not physically, only an functional image. It’s like how we can communicate across the world with internet, but this time we would use a ghostly image of ourselves to explore the cosmos.

That being said, if this was possible and an intelligent species, at least 250,000 years ahead of us , would only explore Earth for scientific curiosity , as we would. Unless they could somehow materialize the “ghostly object” on the other side, making them a carbon copy of their own image. Unfortunately, it would mean that this carbon copy would only have a one way ticket, because they wouldn’t have the option of coming back. Besides, if they were, there would be two copies of the same person or persons, not to mention the “time travel” aspect too.

The Enigma of UFOs: A Scientific Exploration

UFO Sightings and the Laws of Physics

It’s crucial to approach UFO sightings with a grounded understanding of physics. Many sightings can be attributed to human creativity or misunderstanding. In fact, 80% are either misinterpretations or intentional hoaxes, while 19% involve classified military projects. However, there is the one percent possibility.

While we’re not the only living beings in the vast universe, the vast distances and technological limitations make direct contact highly unlikely for most species. However, there’s a possibility for a select few far advanced civilizations that have overcome the universe’s challenges of asteroids, war and biological viruses.

Time Travel: A Theoretical Possibility

One intriguing question is whether time travel is possible within the framework of physics. While surpassing the speed of light is currently beyond human capabilities, the “wormhole” theory offers a tantalizing possibility. However, physicists caution that wormholes are likely microscopic, short-lived, and have extremely intense gravitational fields that would tear apart any object, including a spacecraft.

Quantum Mechanics and Ghostly Copies

Quantum mechanics might provide a solution, but it would require either a wormhole or exceeding the speed of light using “string theory “. One theory suggests sending a “ghostly” copy of ourselves, devoid of physical mass, through a wormhole or black hole. This ghostly copy could then travel at the speed of light, allowing us to explore distant galaxies. We could control this remote copy, essentially acting as a distant avatar.

However, even if this were possible, there are significant challenges. Materializing the “ghostly object” at the destination would require advanced technology and could result in a one-way journey. Additionally, creating two copies of the same individual raises questions about identity and time travel paradoxes.

The Millennium Prize Problems: A Challenge to Mathematicians

Think of this :

The Millennium Prize Problems are a set of seven challenging mathematical problems posed by the Clay Mathematics Institute in 2000. Each problem carries a $1 million prize for its solution. These problems are considered among the most difficult unsolved problems in mathematics.

Here are the remaining unsolved problems:

1. Birch and Swinnerton-Dyer Conjecture: This conjecture relates the number of points on an elliptic curve to the behavior of its L-function.

2. Hodge Conjecture: This conjecture deals with the relationship between the topology of a complex algebraic variety and its cohomology groups.

3. Navier-Stokes Existence and Smoothness: This problem involves understanding the behavior of fluid flows, particularly in terms of the existence and smoothness of solutions to the Navier-Stokes equations.

4. P vs. NP Problem: This problem asks whether there are problems that are easy to verify but difficult to solve.

5. Riemann Hypothesis: This conjecture deals with the distribution of prime numbers and is considered one of the most important unsolved problems in mathematics.

6. Yang-Mills Existence and Mass Gap: This problem involves understanding the behavior of quantum gauge fields, particularly in terms of the existence of a mass gap.

While the Poincaré conjecture, one of the original seven problems, was solved in 2003 by Grigori Perelman, the remaining six problems continue to baffle mathematicians worldwide. Solving any of these problems would be a major breakthrough in mathematics and could have significant implications for other fields of science.

A Hypothetical Scenario: Alien Genetic Exchange

As I explain in my book, Black Angels, while the idea of an avatar is intriguing, it’s unlikely that any intelligent species would seek to invade or exploit Earth’s resources. A more plausible scenario involves leaving behind genetic material to contribute to the evolution of our species.

This could lead to a fascinating exchange of genetic information, potentially resulting in a more advanced and resilient human race. However, the ethical implications of such a scenario are vast and complex.

Are you ready to unravel the mysteries of the cosmos? In my upcoming book, Black Angels, I delve into the fascinating world of UFO sightings, alien encounters, and the potential for extraterrestrial life. Discover groundbreaking theories, scientific explanations, and mind-bending possibilities.

Join me on a journey through the unknown as we explore the evidence, the controversies, and the future of our cosmic exploration. Pre-order your copy today and be among the first to uncover the secrets of the universe.

Bari Marcus Anthony