INTRODUCTION
In this essay I am writing about some particles that I researched or took notes on. The particle I researched for was the Higgs Boson. The particle I took notes on are the Boson, Quarks, Leptons, and Dark Matter.
Higgs Boson
Who Was Higgs?
Peter Higgs was born on the 29th of May 1929 in Newcastle upon Tyne in the UK. Peter Higgs was an emeritus(emeritus means a person retired from professional life but allowed to keep as an honorary the title of the rank in the last office held) professor at the university of Edinburgh alongside being a theoretical physicist. He won many awards as which follows:
Nobel Prize in Physics in 2013
Sakurai Prize in 2010
Wolf Prize in Physics in 2004
Fellow of the Royal Society in 1983
Copley Medal in 2015
Dirac Medal of the ICTP in 1997
Rutherford Medal and Prize in 1984
Hughes Medal in 1981
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The role of the Higgs Boson is to give mass to fundamental particles. Also to slow down particles so that they can form atoms so that the universe can exist. That is the role of the Higgs Boson.
How does the Higgs Field give Mass to Particles?
The Higgs Field generates its own mass that it gives away to particles The field generates its mass through its interaction with other particles that are crossing the field. Some particles have a difficult time crossing the Higgs field and in result they get more mass then the Elecctrons and Photons who zip right past(the electron taking more time then the photon)without getting much mass.An example of a particle who has problems crossing the field would be the extremely corpulent(fat)top Quark which is slowed down. So that is how the Higgs field gives mass to particles.
What would the Universe be like without the Higgs Boson?
Without the Higgs Boson nothing would exist. Without the Higgs Boson everything would be dark, cold, and lifeless. Rather than writing in sentences I am going to make a list of the things that would not exist without the Higgs field.
NO
Science has greatly evolved over the years, there are new discoveries each time, and it’s a fact that right now we know a lot than we did thirty-five years ago. If today’s scientists were to write this, there would be a great difference between
Summary of Alan Burdick’s Articles and Progression Alan Burdick, a staff writer for The New Yorker. His focus is on mainly on writing about scientific discoveries and information. Of the eight articles analyzed, seven of the eight contained a large portion of scientific information. Burdick’s articles all had the general public as the audience and majority of the articles analyzed had scientific groups included in the article’s intended audience. This audience group was achieved by creating a balance between casual tones and formal tones.
Ancient scientist like Democritus and Leucippus proposed the idea of the atom(Doc.1). They were the first to start the long train of ideas and knowledge that brought us to the view of the modern atom(O.I). Since then, scientist such as John Dalton and Dmitri Mendeleyev have made huge leaps in the field of atomic science. John Dalton published the atomic theory of matter(Doc.1). Dmitri Mendeleev created the periodic table that modern scientist use daily(Doc.1).
Andrea held several advanced degrees in biology and space science. She is constantly inventing new ways to conserve and create energy. And finally, Mission Specialist from Japan, Professor Aidan Hashimoto, the team leader. He pioneered advanced thinking into modern String Theory. These four have each spent thousands of hours training independently in their own countries and this gathering is their first meeting.
This new way of thinking led to significant advances in fields such as physics, astronomy, and biology, and it provided the foundation for the development of modern science.
Oppenheimer had a very gifted mind, his first achievements would come from his undergraduate studies at Harvard. Along with his studies, Oppenheimer would publish poetry and study eastern philosophy. He was proficient in many languages and other scientific subjects, learning and excelling in Latin, Greek, physics, and chemistry. Once graduating in 1925, he left for England to study at the University of Cambridge. Under the leadership of Earnest Rutherford, he developed a reputation for excelling in studies of the atomic structure.
7. Do I agree or disagree with the views expressed by the author? Why? Experiments are a fundamental tool for the development of science and scientist ought to go beyond mediocre techniques to reach a breakthrough of the already known.
AP Chemistry enthralled me with its indecipherable French theories and alphabet of Greek formulae, for my studies transmuted these into poignant prose. Information that had once seemed impossibly complex soon flowed from my mind as effortlessly as a pleasant conversation with a friend, and I began tirelessly consuming the material as though I had been starving for it. Cravings which had been subconsciously growing in me since childhood were relieved with a feast of answers: The fundamental concepts of existence revealed in a humble high school classroom. Soon, the only thing more insatiable than my curiosity was my ambition to apply this newly-acquired knowledge to the aching problems of the world. Studying the very building blocks of the universe
In the past decade, the words leading scientists in quantum mechanical research created the Large Hadron Collider in Switzerland. According to the scientists, this particle accelerator was the greatest achievement to date and would give researchers valuable insight into the workings of the universe. Others, however, saw a darker side the the machine. It had the capacity to create black holes, ending life on Earth. Similarly, time travel is a long standing ambition for scientists and fanatics, but it can have severe side effects.
Alan Lightman, a physicist, social entrepreneur, and creative writer of various works, including Our Place in the Universe: “Face to Face with the Infinite,” is written for the general public. This essay, takes the reader through humanity’s scientific discovery. For example, in his introduction, Lightman catches the reader’s attention by telling his own story so the readers can relate to it. Throughout the essay, the concept of size is predominant. Lightman conveys our place in the universe through the representation of a scale to let readers understand the universe.
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Peter Higgs One does not truly know all the secrets of the universe there is mysterious yet to be discovered in this amazing universe. The god particle discovered by Peter Higgs is one of the great mysterious to this universe we live in today and the past. To truly understand more of how Peter Higgs brain had an understanding of the universe one must travel back in time to the beginning of his life. Understanding his life will not be just to understand his family life but also understand his journey through education and what made his mind expand to greater thinking about the universe.
This model added to the advancement of quantum mechanics. c. Reason for listening: This topic is important because people often only think about Einstein’s theory of general relativity, but he offered so much more. d. Credibility: For my informative speech, I have conducted extensive research on the scientific contributions of Albert Einstein. e. Thesis Statement: People view Einstein work as just if he has only contributed a few things to sciences and physics, but he did a greater amount then the majority of people know. Preview of major points: In this speech, I will show you