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String theory research
String theory research
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The string theory means that everything exists because of Planck vibrating strings; these strings are the source of every object in the universe, including the unknown. This theory also speculates whether or not other dimensions and parallel universes exist. In The Elegant Universe, Brian Greene explains the different concepts of the string theory and its origins. Among these are the the theory of dimensions, parallel universes, and the origin of the universe. The string theory is an interesting theory because it contributes the the idea that there are many things in the universe that are yet to be discovered. As time progresses and the string theory develops humanity will grow to understand the universe and accept that it is not limited.
The string theory is very complex and has many different speculations within the theory, but the basic concept is that everything exists of cosmic strings. Superstringtheory.com compared the string theory to that of a guitar string: “Depending on how the string is plucked and how much tension is in the string, different musical notes will be cr...
High school can be tough, but when people add traumatic events, life changing situations, and judgemental teenagers to the mix it can get worse. The world may seem like it’s ending, but it's important to remember that this is only a small portion of life. Not only like, but the world. The key to getting through high school is close and important friends. In the novel Holding Up The Universe by Jennifer Niven, the author tells the reader that trust is not given, but earned.
Within William Rowe’s Chapter two of “The Cosmological Argument”, Rowe reconstructs Samuel Clark's Cosmological Argument by making explicit the way in which the Principle of Sufficient Reason, or PSR, operates in the argument as well as providing contradictions of two important criticisms from Rowe’s argument.
The Fourth State of Matter by Jo Ann Beard is a story about an event that changes Beard’s life. Jo Ann Beard is an editor of a physical journal. She works at University of Iowa, where in 1991, there was a mass shooting in the physic department. She tells the story unlike any reporters. Her story is almost a movie to the audiences because of all the imagery she uses. She also include a theme that every problem will be solved in the end by the way that nobody can think of.
In the article The Cosmic Perspective by Neil deGrasse Tyson he examines a range of topics from human life coming from Mars to how our perspective of the universe relates to religion. In the year 2000, a new space show opened at the Hayden Planetarium called Passport to the Universe, which compared the size of people Milky Way and beyond. While a show like this might make someone feel minuscule and insignificant, Tyson says that seeing the size of the universe actually makes him feel more alive not less and gives him a sense of grandeur. I agree with his idea that looking at us as a people in comparison can actually give you a sense of grandeur. However, when I compare myself to the vastness of space, it puts events on Earth in perspective while showing how influential we can be as a people even if we are small.
In many theories that come into the light in the scientific field, there are always gaps, there are always issues within each that have no explanation to them. For example, the big bang theory, this is a theory that attempts to explain how the universe was created. This theory states that the universe began as a very small, dense, and hot ball (Imagine the universe all put into a ball the size of a pen tip) with no stars or atoms. This ball then expanded incredibly quickly. The universe was then formed as the way it is now. Personally, I feel as if this theory has a major hole that prevents me from believing it is possible. This hole is, “What exactly put this ball into motion in the first place?”
“A new (but yet unproven) theory proposes that all matter—from the page of this book to the skin of a peach—consists of tiny loops of vibrating strings. String (or Superstring) Theory,
An underlying theme present throughout the series is the possibility that our existence is not the only one. According to current theories in physics, it is entirely possible that our universe is just one of many universes f...
... a theory should be able to explain a wide variety of things, not just only what it was intended to explain.
The Main Strengths of the Cosmological Argument There are many strengths within the Cosmological Argument which have proven theories and ways to prove the existence of God. Many of these strengths have come from such scholars as; Copleston, Aquinas and Leibniz, all of which have put together major points to prove the existence of a non-contingent being. One of the main strengths of the Cosmological Argument is from Aquinas way I that was about motion. This would be a posteriori argument because you need to gather evidence from the world around you.
In this paper I will present two differing views on the topic of the design argument. In particular, I will explain William Paley's view supporting the design argument and Bertrand Russell's view against the design argument. After a presentation of the differing views, I will then evaluate the arguments to show that William Paley has a stronger argument.
You know what really makes you and me alike? We are both made up of trillions and trillions of cells, and even smaller atoms. These atoms make up all everyday matter, and till the beginning of the 20th century many people thought they were the smallest building blocks of life. It was then discovered that they too have even smaller parts called subatomic particles. In short, these particles often have interesting characteristics that keep the universe running. Understanding these subatomic particles is crucial towards grasping the idea that all matter is related in spectacular ways. Without these particles we wouldn’t know about the most fundamental building blocks of life, and wouldn’t have particle physics in general. Elementary particles help us understand the specifics about atoms, and without them there would be no standard model. They are rather interesting too: they are found in animals; found in food; found in space. They keep us both alive, and are responsible for many phenomenons. Elementary particles are important to us because they help make up atoms, include the important force carriers, and open up new thoughts and ideas on different topics, like quantum physics.
In March, Einstein creates the quantum theory of light, the idea that light exists as tiny packets, or particles, that we now call photons. Alongside Max Planck's work on quanta of heat, and Niels Bohr's later work on quanta of matter, Einstein's work anchors the most shocking idea in twentieth century physics: we live in a quantum universe, one built out of tiny, discrete chunks of energy and matter.
A brief history of time by Stephen Hawking is a novel about the known range of time from the big bang up to black holes. Hawking talks about different theories and how they have changed over time from Copernicus to himself. He combines all known physics and astrophysics and displays them quickly and simply. He states that the goal of science is to able to accurately describe the universe in one theory. As he tells about theories that have disproved other theories of that time, it is proof that science is an ever-changing.
Theory is a hypothesis or a system of ideas envisioned to explain something, especially one based on general principles independent of the thing to be explained.
For thousands of years man has sought to further his understanding of the world in which he lives. This has been accomplished through research and experimentation all in the name of science. These advancements in science have given us a better understanding of our universe by allowing us to look both at the bigger picture and the smaller picture. Research that has led to the discovery of protons and neutrons has allowed us to realize that there is an even smaller particle that makes these infinitely tiny particles; that particle is the quark.