Religious cosmology

HOW EXACTLY DID WE GET HERE? Introduction The universe is 92 billion light years in diameter, filled with over 100 billion galaxies, and each galaxy is full of its’ own stars and planets – YET out of all those galaxies the only evidence for life is here on planet Earth! According to Live Science, “We're lucky to live on such an incredibly perfect planet, where the air is exactly the right mix of chemicals, there's lots of water, and the temperature is just right” . Although the article contributes

Harmonic Optimization of Multilevel Converters Using Big Bang-Big Crunch Optimization Method Dr.H.R.Kamath Mr.Pawan Pandey Dept. of electrical engineer Dept.of electrical engineering Manipal University Malwa Institute of Technology Karnataka, India Indore,India Iti Mahashabde Dept. of electrical engineer Malwa Institute of Technology Indore, India Abstract—This paper proposes a method for optimization of the harmonic

Hubble Constant: Measuring the Expansion of the Universe By J. Leavy (2239104L) November 16, 2017 The rate of expansion of the universe, first derived as a possibility by Alexander Friedmann through his work with general relativity and his own Friedmann equations [1], was first observationally confirmed and roughly estimated by Edwin Hubble in 1929 [2], and has since appropriately come to be known as the Hubble Constant. Hubble’s work & observational data confirmed that the recessional velocity of

The Big Bang, as commonly present, has flaws and breaks certain laws of Science. Here is how the Big Bang is often presented: somewhere between 18 and 20 billion years ago, all of the matter in the universe was compressed into a tiny space no larger than the dot on a page. This dot spun faster and faster until it exploded, thus creating the Universe and everything in it. There are many problems with this theory, and the theory itself still does not answer many important questions - Such as where

Collaboration on cosmological theories has helped to develop how we see the universe today. Astronomers have been able to develop several theories, which helps us to learn about what we see in the sky. Based on observations on what we can see and of what we now based on the laws of science, space is able to been seen much closer than we think it is. As Astronomers collaborate together, they are able to formulate theories on space itself using investigation and observation. Through theories and astronomers

Imagine knowing the unknown. Imagine being able to answer open ended questions about the creation of our own universe. Image being able to answer the questions that have been boggling physicists and scientists for centuries. Particle Fever, an American Documentary, tracks a series of experiments whose purpose was just that: answer those questions. What happens when scientists, essentially, recreate the Big Bang Theory in a Large Hadron Collider? Mark Levinson, a physicist turned film-maker, knows

This article discusses past theories and the current research of Kip Thorne in relation to gravitational waves; it considers the history and future of the detection and utilization of them. Gravitational waves have recently exposed the existence of the merging of two black holes almost 1.3 billion years ago. Kip Thorne clarifies the significance of Einstein’s theory of general relativity and how accurate viewing the galaxy through gravity is. He clearly believes the future utilization of gravity

Stephen Hawking (January 1942-Present) Few minds of this century have had an impact like that of Stephen Hawking. His discoveries and work have expanded the forefront of knowledge with a likeness to that of Einstein and Newton. Despite the clear adversity Hawking has faced, his achievements have been nothing shore of extraordinary. His work on the understanding of space, time, and the origins of the universe has set the golden standard for theories on the universes beginnings and mysteries, proving

When talking about vacuum energy you have to take holographic principle into account. It is because the vacuum energy gets dynamical property when it is evolving. Holographic vacuum energy behaves as a type of dark energy. When the universe just started because of the Big Bang the universe was small and all the matter was closer together than today. When all the galaxies where closer together gravity was the dominant force, which means that the acceleration of the universe was slower. If there was

Empedocles’s theory of cosmology is kind of like the theory we have about how the universe was first started which is the big bang theory but Empedocles had different names for it. Empedocles had two fundamental forces he called love and strife. Love being the force that pulled people together and strife being the forces the pushed people away. Empedocles basically said that before the universe everything was pulled together by love and eventually it exploded with strife releasing all the stars and