Benefits Of Space Exploration

Benefits of Space Exploration
The mysterious vastness beyond Earth has allured many scientists to explore and contribute much of their effort to the understanding of space.
Although humans have been looking up at space for thousands of years, the physical exploration of this frontier has been only going on for the past
few decades. Our current understanding of space is unparalleled to any time before in our history, but we still only know a small fraction of what
there is to learn. Governments around the world spend about $40 billion dollars a year (Rockefeller, 2010) hoping to undertake tasks such as "human
exploration of the solar system" to discovering the origins of life itself (Tatarewicz, 2009, p. 531). Recently, the private sector has also shown interest in
space exploration in order to engage in profitable activities such as harnessing minerals from asteroids. Although it is easy to debate about the benefits
and negatives of space exploration in its entirety, it is simpler focus on one aspect of it – the direct effect it has to those down on Earth. Rather than
trying to decide whether or not going to other planets is worth it, this paper will argue about the value of the terrestrial benefits of space exploration.
It is an important topic to think about as programs such as space exploration change lives and help acquire knowledge. Despite the large costs
associated with space exploration, the multitude of discoveries in the past few decades has greatly improved daily life on Earth, the jobs the
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Our Post Human Future Summary
Annotated Bibliography Fukuyama, Francis. Our Post–human Future: Consequences of the Biotechnology Revolution. London: Profile, 2002. Print.
Francis Fukuyama states and believes that we have not yet reached the end of science, and human's greatest discovery will be in life sciences.
Fukuyama also explains that Biotechnology will have horrific and terrible consequences. The biggest threat that Fukuyama sees from biotechnology, is
that it could change our human nature and put us in a "post human" stage of history. Genetically engineered babies, or "designer babies" is one way
that biotechnology could change the nature of humans. Fukuyama believes that state power regulating biotechnology could help preserve our post
human future. Kaku, Michio.... Show more content on Helpwriting.net ...
Bradley also elaborates on human cloning and how it is feared and opposed by most Americans, but as of this book (2012) there is no such thing.
Lastly the author describes neuroenhancement and how they are already being taking advantage of; for example, many students take adderal to stay
up late, focus, and study for exams. Suter, Sonia M. "A Brave New World of Designer Babies?" Berkeley Technology Law Journal 22.2 (2007):
897–969. Web. 5 Nov. 2015 In this article the author talks about the current eugenics that are being practiced in birth and in the near future. Suter's goal
is to elaborate on eugenics in various aspects, so that humans can carefully evaluate current and future uses of reproductive technology. Humanity is
converting to a newer form of eugenics known as "neoeugenics" where most humans will choose the right or moral reproductive decision according to
the author. Suter explains how eugenics originated, how the society feels about eugenics, and the governments involvement in eugenics. Mankind's
desire is to improve the human species through reproductive choices according to

The Dream Of Any Scientific Mind
Unlimited resources to fund a research or exploring investigation is the dream of any scientific mind; such case is most likely impossible due to the
characteristics of the current world. If it was the occurrence, which would be the right field to investigate? Maybe, two well–known topics pop up in
our minds, cancer disease and space exploration, these proposals present a huge controversy, whether to find the cure of one of the most invasive,
deathly illnesses that takes the lives of around 595,690 Americans annually or to launch a new space age to discover, perhaps, new technologies and
planets in which humans might be able to live once ours clashes. Since cancer is distinctive, remarkable sicknesses, which require diverse
methodologies ... Show more content on Helpwriting.net ...
This amount is an exorbitant expense wrong allocated.
It may not be difficult to envision that $5.21 billion (NCI's allocation in the 2016 Consolidated Appropriations Act) can be enough to satisfy cancer
investigation, yet it is not. It is significant to recall that cancer is not one sickness – it is more than 200. According to Rosalyn Carson–DeWitt, and
Rebecca J. Frey, around 1.665 million Americans, 855,000 males and 810,000 females, were determined to have a tumor in 2014 ("Cancer", 637).
Furthermore, cancer is the second most normal reason for death in the US, surpassed just by coronary illnesses, and accounts for nearly 1 of every 4
deaths. Making any person suddenly helpless against its two fundamental aspects, uncontrolled development of the cells in the human body and the
capacity of these cells to move from the first site and spread to far off destinations.
Since the event of cancer increments as people age, a large portion of the cases are analyzed in grown–ups, moderately aged or older. As reported by
Carson–DeWitt, seventy–seven percent of all cancers were analyzed in individuals over 55 years old ("Cancer",638). The likelihood of an American
male growing up an intrusive malignancy in his lifetime is marginally under 1 in 2; for American females the likelihood is somewhat more than 1 in 3.
The most widely recognized tumors in the United States starting 2014 are skin cancer, lung cancer, colon cancer, breast cancer (in

Robots And Expert Systems Of The Future
Have you ever wondered how our world would be like in the future? Will robots and other artificial intelligence live and work with human beings? If
they do live and work with us, would they improve our future, or would they cause problems in our life? Mankind has been known to create many
revolutionary technologies, including artificial technologies and robots. Robots have been around since the early 60s, and ever since the inventions of
robots, many people have wondered if robots are capable of living with humans. Throughout Michio Kaku's book, Physics of the Future, many unique,
imaginative, and futuristic technologies have been introduced in several chapters. On the second chapter of the book, it focuses on robots and expert
systems of the future. The chapter is titled as "Future of A.I". In the chapter, Kaku discusses about his ideas of robots with advanced technology
thriving in our daily lives. One of his discussions that stand out to me the most is the discussion about if we could merge with robots in the future
society. To start off, the ideas of robots and humans merging in our daily lives have been found in pop culture medias such as the Saturday morning
animated television show, The Jetsons, which centers around a family living in the future world with robots. In Physics of the Future, Kaku states that
he believes that instead of waiting for robots to outshine human intelligence, we attempt to enhance ourselves in order to prevent a The Terminator like
scenario

Impact of Coal vs Uranium Power Plants Essay
Impact of Coal vs Uranium Power Plants
Currently our country, and especially California, is confronting a serious energy crisis. Newspaper headlines warn of blackouts and tremendous rate
increases. The cost of all we buy will increase in an effort to cover the added expenses. They only way to control this shortage of fuel are to produce
more, conserve and control the amount of energy we use or a combination of conserving and increasing production. In the United States two major
sources of energy are coal and nuclear power. There are coal power plants and nuclear power plants. Both of them were built for the same purpose, to
supply energy to the world. Some would say that coal is better, more efficient and safer than nuclear ... Show more content on Helpwriting.net ...
At current production levels, it is estimated that these known coal reserves will last over 200 years. (Coal Facts) Some of the major producers of hard
coal include China – 1,029 megatons (mt.), United States – 914 mt., India – 290 mt., and Australia – 225 mt. (Coal Facts) Before coal was used to
generate fuel, it was considered to be a widespread and abundant resource. Today the supply of coal has decreased significantly and it is
acknowledged that there is not enough coal to last forever if the current consumption rate continues. Each year the world uses coal with little
consideration of how much if left and how much longer it will last. Consumption rates of global hard coal throughout the world were 2,721 megatons
(mt.) in 1979, 3,579 mt. in 1989, and 3,465 mt. in 1999. (Coal Facts) Uranium is also a natural element on Earth. It is found everywhere in the earth's
surface. It is a metal and looks like lead. It is believed that when the earth was forming and was only particles of dust floating in space coming
together, nearby stars exploded and let off uranium. The earth's gravity pulled in the uranium and it was mixed together with the dirt and other
particles. That is how we have uranium today. (Thomas) As of 1977 known uranium reserves contained 690,000 tons. This includes about 90,000 tons
produced as by–products of phosphate and copper mining. "The current price for a pound of unenriched

Science Fiction And Cultural Values
Science Fiction and Cultural Values
Introduction
Science fiction is a genre of creative writing which has stories that are connected with the future of technology and science. This style of writing is
often seen in graphic novels, fiction novels, television series, and in film. Some common portrayals of science fiction include time and space travel. At
times, these stories feature life that is found on other planets apart from Earth. The tales are usually based on new technologies, different social systems
and scientific discoveries. Science fiction may seem to be a fantasy because the technologies involved sometimes look unrealistic. However, that
fantasy becomes a reality when it changes how people view their daily lives.
History of science fiction
Philosophical stories and texts from centuries ago have some imagery that relates back to science fiction. The stories imply that, even then, they
predicted advances in science in future years to come. Religious poems and stories that talk about the creation or demolition of the universe have
some elements that are like the elements of Science fiction. The powers used by science fiction can be associated with those of the gods during and
before biblical times. An example of an old philosophical text which can be associated with science fiction is Plato's "The Republic". The topics and
adventures discussed in the text are viewed as a fantasy and do not seem practical in real life because they cannot be experienced using normal

Informative Speech On Haarp
Informative Speech Outline
Presenter:Dylan Tucker
General Purpose: To inform
Specific Purpose: To inform the audience about the High Frequency Active Auroral Research Program (HAARP) and the conspiracy theories that came
from it.
Central Idea: HAARP was created to research the Ionosphere but is also believed to have other capabilities.
I. Introduction
A.The government has a lot of power but is it possible that they have created a machine that could affect the whole world as well as all the people in it.
B.Today I am here to inform you about the High Frequency Active Auroral Research Program(HAARP) and its intentions.
C.Through many online articles and videos I was able to gather quality information about HAARP and its ... Show more content on Helpwriting.net ...
i. HAARP sits on a 40 acre lot in a barbed wire protected facility Transition: Now that we talked a little bit about the background of HAARP, let's
move on to the government's view of the topic.
III. Governments view of HAARP
A. According to HAARP's former project manager John Heckscher's, "The site itself is strictly a scientific research site."
1. HAARP is believed to be a very powerful radio that only goes into space.
a. HAARP sends power into the sky that allows scientist to gather data that would help improve technology with communications.
2. Dennis Papadopoulos is a physicist at the University of Maryland and believes that HAARP is just a "big radio station with more power" that helps
improve underwater communication.
Transition: Now that we know the government's perspective, let's talk about HAARP conspiracy theories.
IV. Conspiracy theories A. People all across the world are terrified that the government sends planes to release chemicals into the air called chemical
trails.
1. These chemical trails consist of metallic particles of aluminum, barium, and strontium.
a. This is believed by many conspiracy theorist to enhance the connection between the lower and upper atmosphere and allows HAARP to manipulate
the atmosphere.

2. Many conspiracy theorist believe that chemical trails contain nano aluminum particles that are

Why Demographic Trends Spell Trouble For China And Russia
Introduction All around us there are forecasts predicting the future. Whether it's an article in Forbes entitled "Why Demographic Trends Spell Trouble
For China And Russia – And Prosperity For US" predicting a prosperous economy for the United State and Canada in 2035 (Preston, 2015) or the CEO
of Facebook Mark Zuckerberg at the F8 2016 Conference unveiling his roadmap on what Facebook would look like in 10 years (Buxton, 2016). Both
are examples of prediction that use different forecast techniques to predict a future outcome. The article from Forbes, predicts a possible future due to
demographic trends, whereas, Mark Zuckerberg forecasts a preferably or probable future due to advancements in technology. However, there are
number of different forecasting techniques that are used today in business, government, and military to predict future outcomes. This paper looks at the
different techniques for forecasting the future and how some futurists use these different techniques for predicting future trends, technologies, and
events.
Forecasting Methods First it must be noted, that no forecasting technique can be certain, however, they can come close to a possible, preferable, or
probable future. Second, the further into the future the predictions the higher the uncertainty of the forecast (Gordon, 2009). The reason for greater
uncertainty is the possible of a wild card or black swam event happening that would be a total surprise and have a major effect on the long term

The Universe: Dark Matter And Dark Energy
The Universe: Dark Matter and Dark Energy
1.Fritz Zwicky is credited with being among the first to grasp the significance of dark matter in 1933. He found this "missing matter" by measuring the
motions of the Coma Cluster. Sean Carroll states that Zwicky began his measurements by "estimate(ing) how much mass there was in that cluster. Then
he compared it to how much mass you could actually see by looking at the galaxies." (The Universe) The narrator continues by reporting that something
was wrong with the calculations. "There should have been a hundred and sixty times more illuminated mass to account for the random speeds of
galaxies in the cluster." (The Universe) Richard Ellis concludes that "(Zwicky) concluded that the cluster could not ... Show more content on
Helpwriting.net ...
Albert Einstein concluded that the universe must either be expanding or contrasting after he could not find balance in the equation of his Theory of
Relativity to match a static universe. Therefore, he proposed the Cosmological Constant.
9.The Cosmological Constant is a proposition that a "repulsive vacuum energy would hold the universe in balance with attractive gravity." (The
Universe)
10.Alex Filippenko reports that "when the dark energy completely dominates over dark matter, the universe will enter a stage known as exponential
expansion." (The Universe)
In The Universe episode Dark Matter and Dark Energy, scientists discuss what dark matter and dark energy is and how it effects the universe.
The Universe episode Dark Matter and Dark Energy, provided an interesting but not challenging presentation of information on dark matter and dark
energy. The information provided seemed to be watered down to the level of a younger audience or an audience that is not very familiar with this topic.
Usually, this style would not bother me, but it made the ten facts learned from the video portion of the assignment rather difficult.
Source
The Universe: Dark Matter and Dark Energy. Dir. Douglas J. Cohen. By Rebecca Graham Forde. Perf. Erik Thompson. History Television Network
Productions, 2008. Youtube. Google, 12 May 2014. Web. 26 Apr. 2017.

Physics Of The Future
Michio Kaku's, Physics of the Future (2011) is about the forthcoming technology and the beneficial uses we will have for them. Nanotechnology is one
of the technologies Kaku illustrates. The government's National Science Foundation Nanotechnology Report states: "Nanotechnology has the potential
to enhance human performance, to bring sustainable development for materials, water, energy, and foods, to protect against unknown bacteria and
viruses...." (p. 200). Nanotechnology will be a huge factor in the advancements that will occur in the future and that will improve human lives. Kaku
compares nanotechnology with the Pandora box. The Pandora box was opened because of the strength of curiosity and unleashed chaos, misery, and
suffering; we are creating these machines, but we do not know if they will create chaos or content us with our knowledge (pg. 199). This paper will
focus on Nanotechnology being beneficial toward finding a cure for cancer as many experiments with mice have shown a positive result, numerous
inventions are developing and making great progress and its many possibilities in the future.
Countless experiments are in the works for a cure for cancer; these experiments are being done on mice as subjects and have been successful. One
experiment was done by Jinwoo Cheon, a chemist at Yonsei University in Seoul, South Korea who had been developing nanoparticles made of iron
oxide with the intention to make a magnetic resonance imaging (MRI) that would be able to locate

Black Holes: Forces of Gravity Essay
Science has always been about analyzing the hard facts in front of you, even if they might be invisible to the naked eye. Sizable leaps in our
understanding about the mechanisms of life and our universe are in the process of being made with scientists believing black holes are the major
precipice to these greater understandings. Black holes push and break many modern understandings of physics and time with many mysterious qualities.
Insuppressible forces of nature, black holes, are a little understood entity in our universe with a strong influence on modern science.
Despite modern culture and its influences on the unknown, a black hole is not a well understood concept even by the greatest of minds. Robert Prigo
describes a black hole as "... ... Show more content on Helpwriting.net ...
Light is the fastest entity in the known universe, making black holes the strongest known object. At least knowing how big one is would allow for
some creativity, but describing a black hole's size is yet another issue. When you're trying to ask someone how big something is you're going to be
referring to the space it takes up. In this regard, a black hole can range from being smaller than an atom, to millions of times larger than our sun, or
really any size in principal. "Any amount of mass at all can [...] be made to form a black hole if you compress it to a high enough density." (Bunn)
Density, the compactness of an object, is a better way of describing a black hole because the way we think of size has no meaning here. You could
also talk about its mass, or the sheer amount of material inside of it, but that is hard to quantify. For example, a black hole the size of an atom may
contain all of the masses of our greatest mountains, but you can imagine something like that must be very dense. Either way, there are two common
models for what a black hole could look like. If a black hole is spinning, then it's likely that the material inside of it is being compressed into a
rotating disk of particles. On the other hand, a regular black hole is likely just to be a perfect sphere. Anything outside of the black hole's insides may
also display unique properties, such as giving off electricity, emitting radiation or streams of light, and debris may orbit the

Apocalyptic Consciousness In The Book Of Revelation
The study of apocalyptic consciousness is of high importance in what people call the last days. Last day stems from the New Testament. It refers to
the day at the end of time following Armageddon when God will decree the fates of all individual humans according to the good and evil of their
earthly lives. There is a strong interconnection between ancient apocalyptic declaration and the things that are happening in the modern world. There
are many books in the bible that reveal the connection between the prophecies declared and the events happing now. But the book of Revelation gives a
play–by–play description of what is going to happen at the end of time. There are many ways apocalyptic consciousness finds its way to express itself
in contemporary ... Show more content on Helpwriting.net ...
There is an interconnection between ancient apocalyptic declaration and the things that are transpiring in the modern world. Throughout the Bible
there are symbols and images that have been carefully explored and now, can be used to help explain certain phenomena. In Luke 21:25 it says,
"There will be signs in the sun in the moon and in the stars". In John Hagee's book Four Blood Moons, he conveys the idea of god using the sun,
moon, and stars as his personal high definition billboard. This is referring to the Biblical text of Joel 2:30–31. Such apocalyptic consciousness finds
expression in the contemporary popular culture in light of the fact that even the scientific world refer to such phenomenon. Through research it is
known that this astronomical event is actually called a blood moon. The red moon is possible because while the moon is in total shadow, some light
form the sun passes through the earth's atmosphere and is bent towards the moon. While the other colours in the spectrum are blocked and scattered
by earth's atmosphere, red light makes it way through. Due to the moon's vivid colour, NASA scientists often refer to it as the blood moon. The blood
moon may not result in the total destruction of the planet but the prophets and apostles of biblical times spoke about it and used it a prophecy for
things to

Physics Of The Impossible By Michio Kaku
The word "impossible" has been a controversial topic discussed for years by people who just explain why there is nothing more we can do. In the
book, Physics of the Impossible, Michio Kaku takes multiple ideas and concepts from recent books or movies and he discusses how each of them
could or could not exist in the future. Kaku is a theoretical physicist who attended Harvard after winning a scholarship there (preface xi). His passion
for science began young in life when he entered and won a science fair, which was his inspiration (preface xi). Kaku appeals to science fanatics and
technology enthusiasts by making connections with his audience. He connects with our logos, or logical side, by telling us step–by–step how each of
the discussed fictional technology can become real. Next, he appeals to our ethos, or ethics side, by beginning each of his chapters with quotes from
well known scientists to get our attention. He also appeals to ethos by being credible and using actual scientists from modern times, interviewing
them to gain insight on how some of the processes work (16, 23). Lastly, he appeals to the pathos, or emotional side, of his audience, beginning his
book by establishing a personal connection between his childhood, and love of watching Star Trek, making readers gain his trust since that is a
familiar subject for most (1).... Show more content on Helpwriting.net ...
By defying laws of physics, Kaku convinces science fanatics and technology enthusiasts that due to the rapid growth of science, what seems
"impossible" today will not be in the near and distant future. Each of his chapters discuss a new device, everything from force fields to extraterrestrial
life, and how it is possible to have these new technologies in the future if science continues to advance. He makes three distinct classes of impossibility
based on how far into the future each technology is, each one being more complex than the

Analyzing Scientific Argumentation On The Conflict
Resolving The Conflict 1. Need To Elucidate Scientific Argumentation When a subject matter is described as beyond logic, it is not meant illogical or
that it completely lacks the usage of argumentation of any kind. If that would have been the norm, Shri Vallabhacharya would not have
argumentatively defended the atomism of Jiva against the heterodox discipline propounded by Jainism in 'Chit Prakran' of shastrarth prakran nibandha
(а¤ї.а¤¦аҐЂ. а¤µа¤Ё. а¤¶а¤.а¤ЄаҐЌа¤°.а¤•а¤а¤°а¤°а¤•а¤.53) and elsewhere. Bhagwad Gita states man who is of a doubting nature perishes
(а¤ёа¤‚а¤¶а¤Їа¤ѕа¤¤аҐЌа¤®а¤ѕ а¤µа¤їа¤Ёа¤¶аҐЌа¤Їа¤µа¤ї–4/40 ) . Here doubt means lacking faith and not lacking curiosity or questions which on
the contrary tend to enhance the virtue of a learner. Similarly, when scriptures state something... Show more content on Helpwriting.net ...
Between the firing electrons and the wall there was a frame deployed to obstruct the passage of electrons with two slits that allowed them to pass.
Electrons, being particles should hit directly behind the slit, producing particle like behaviour. Something like this– However, the electrons instead
produced wave pattern, which is only possible when a single electron passes through both the slits. Some of the electrons even hit the area directly
behind the barrier. Something like this– This showed that electrons have wave–particle duality like the Light and it exists in a 'superposition' which is a
state of potential innumerable possibilities of existence. However, what further astounded the physicists was when a detector was placed to measure
the passage of electrons to learn how it passes through both slits; the electrons immediately collapsed their wave function and reverted to particle like
behaviour. Physicists then decided to act smart and switched on the detector once the electron had passed through the slit. But it seemed somehow the
electrons knew that it was being detected and it immediately switched to particle like behaviour by adopting the passage from one of the either slit. In a
nutshell, every time the electron was measured, it dropped its superposition and wave function. What stumps the physicists is the fact that what exactly
counts as 'measurement' that leads the electrons to change their course. There are no concrete

The Future Of The Mind Summary
The book The Future of the Mind: The Scientific Quest to Understand, Enhance and Empower the Mind by Michio Kaku is a fantastic book to get a
general idea of how far scientists have advanced in the field of neuroscience research, the future of this research, as well as its implications on
humanity, society and universe at large. The author provides many examples and viewpoints that can further the reader's understanding of the future of
neuroscience research. However, in my opinion, this book consists of too many references to science fiction books and movies that distort or
undervalue the possibility or reality of possible future technologies.
Future of the Mind gives a tour of the research and latest breakthroughs in neuroscience and educates ... Show more content on Helpwriting.net ...
Michio Kaku had to make the book three separate sections with multiple subsections to organize all his thoughts as a result. Due to the lack of depth
and analysis, my curiosity was not satisfied and I was left with so many questions. For example, I was curious to see how exactly some technologies
work such as optogenetics and how it can control behaviour and the mind. Also, the author was not as persuasive or convincing in terms of the
technologies he discussed being possible in the near future. This is because with many possible future technologies he mentioned such as the ability to
upload skills and memories, he relied on science fiction examples and relationships to movies like Inception and The Matrix. As interesting or
entertaining these examples were, they made me question the reality of the technologies and further implications of these technologies because
generally, things do not end well in those movies. In a way, it made me fear and hope these technologies are not present in the future because of the
conflicts the characters face in the movies.
In conclusion, The Future of The Mind was a fantastic book for casual readers who want to learn a bit more about neuroscience and its latest and
potential future breakthroughs. Michio Kaku organizes his thoughts in a wonderful way that allows readers get a better understanding and idea of
what he is talking about. Overall, I rated this book 4/5 because as a person with a background in neuroscience, this book lacked more analysis and
depth into certain concepts and how certain technologies actually

What Is Physics Personal Statement
The physical world has always been a subject of interest for me, and Physics in particular has always been apart of my life. This could have been the
result of both my parents being Physics teachers, and my first encounter with Physics is through them when they began to incorporate fundamental
Physics concepts like forces at work throughout my childhood. My parents had introduced me to Physics, but I think it is mostly the subject itself that
has greatly influenced me to go further and made me decide to pursue a degree in Physics. It is through Physics where I discovered the marvels of
how everything in the universe works and is governed, from the tiniest of subatomic particles to galaxies light years away. My favourite branches of
Physics include Astronomy and Astrophysics, and I have high hopes of furthering in either of these fields after my degree.
While in high school, I strove to understand and excel in Physics and ... Show more content on Helpwriting.net ...
In high school, I had joined a Science workshop organized by a local university, where I was exposed to several higher–level Science experiments that
were often carried ut at universities. Of course, the Physics experiments intrigued me the most. My interest in Physics however, did not hinder me
from participating in other activities. During my time in high school, I had joined an international symposium and was awarded as the the best
speaker. I had also joined an international essay writing competition, where I was awarded the consolation prize for two years. My experience
joining the symposium and writing has helped me improve my proficiency in English and in articulating my opinions and sharing my knowledge with
others. Writing is considered a hobby of mine and apart from English, I am also able to pick up other languages easily as another hobby I like to
undertake is learning foreign

Physicist Career Research Paper
Being is a Physicist is a good career job for those who are fascinated in science and math. Physicists work with the natural world of science and
math. Physicist work to study and learn about what we do not know yet of how the earth and space work, also known as physics. They have a variety
of different fields as well as what specifically do. Some could research, teach, experiment, and others can do theoretical physics.
This job requires a doctorate degree from college, which means people have to be in school for at least 8 years. Great schools that offer the best
education are Harvard University, Harvey Mudd College, United States Naval Academy, and MIT Tech. The expense is $84,551 per year to go
harvard, other colleges usually cost an average ... Show more content on Helpwriting.net ...
Physicists usually work an average 40hrs per week. As a physicist you will spend most of the time inside of a building in a lab sitting down.
Physicists compete with other physicist around the world trying to discover new ground breaking knowledge before the other one does. As a
physicist (depending on the job) people do not have to specifically have to be in a lab throughout their whole career. Physicists can get a job as a
professor and teach at colleges while pursuing research.
A physicist makes an average of $88,000, the lowest is $58,000, and the highest is $146,777 per month. Famous physicists can make well over 1
million dollars per year. Physicists who choose to work at a college can make a great income, plus investments from the college and businesses. If
the military decides to hire physicists, those physicists can get paid close or more than a million dollars. A well known physicist is Dr. Michio Kaku
who is an American theoretical physicist, futurist, and popularizer of science. Kaku is a professor of theoretical physics at the City College of New
York and CUNY Graduate Center. Another famous physicist is Stephen Hawking, who has brought up the famous theory of "The Big Bang". The most
famous physicist is Albert Einstein with his famous equation

God Is Our Benevolent Creator
Paley's Natural Theology argues that in order for something to exist, there has to be a creator. A well
–known passage from his book includes someone
noticing a watch on the ground and anyone would assume that the watch was made by someone else. He connects this to the creation of life and
everything we know, to God's creations. That God made humans and everything else in this world, maybe as explained in the Biblical text of
Genesis. According to Paley, God is our benevolent creator, but what if everything existed before hand and God had nothing to do with it? It is hard to
tell what is true, following Paley and Christianity or the idea of true science and evolution. "In Paley's time, Natural Theology was an established field
of study, though it is now either neglected or known under another name. It can be defined as 'the branch of philosophy and theology which attempts to
prove God's existence, define God's attributes, or derive correct doctrine based solely from human reason and/or observations of the natural world.' If
classical theology is concerned with a study of the scriptures, then natural theology is the attempt to derive theological ideas from nature, without
reference to scripture." (Hovind) Where Paley falls short is that he does not pull from Christian scriptures. His theory comes solely from nature itself.
Before the traveler of his watchmaker theory story, State of the Argument in Natural Theology, comes across the watch, he first sees a rock. For all he

The Current Pace of Space Exploration
Look above, and you will see a sky with endless possibilities. The past millennium can be described as the exploration era. In merely one thousand
years, humanity has managed to learn to travel the seas, develop automobiles, and innovate aeronautic machines. However, no other invention is as
important as leaving the planet on a space shuttle. Up to the year 2000, the farthest humankind has ever been to is the moon. Ask SpaceX's CEO Elon
Musk about the current pace of space exploration, and he'll answer with not satisfactory. Human beings have never been one to delay an expedition.
Although many factors contribute to the advancement of space colonization, economic, medical, and motivational factors are the three main elements.
Many people do not understand why we need to colonize in space. They think humanity should stop wasting money and resources on trying to
advance into space and instead use it on expanding the industries on Earth. However, as renown scientist Michio Kaku says, "we should at least be a
two planet species" because it gives humans a second chance in case of a catastrophic event (Universe). According to AMNH, every five to ten
million years, an asteroid the size of the proposed Chicxulub meteor, the one that probably wiped out the dinosaurs, is predicted to strike the Earth
(AMNH). Looking back, sixty–five million years have passed since the reptiles went extinct. Researchers have also noted that at least 1,200 asteroids
in our radius are potentially

What Is Quantum Teleportation Real And Achieved Moving An...
Is it possible for an object or a person to be taken apart into atoms and be put back together in another location, or another word can a person teleport?
Even though teleportation sounds like science fiction, it does indeed exist just in a smaller scale. Up to this day scientists were able to make quantum
teleportation real and achieved moving an atom from location A to location B in seconds. According to Jon Austin professor Michio Kaku of City
University, New York, maintains the technology to teleport a living person to another part of the Earth or even space could be available within decades
or at by the next century. The existence of an actual teleport has been proven and demonstrated by Michio Kaku. The overall definition of quantum
teleportation is that something is able to travel from one location to the other instantly and without any contact. The in–depth definition is that an atom
or a molecule can break the distance in a moment without any contact between location and on a quantum level. Quantum teleportation considers all
living and nonliving things as data. People consist of data that is maintained in atoms and molecules. and theoretically human body can be taken apart
into atoms and put back together in a different place. Michio Kaku went to high school Kaberle in Palo Alto, California. He was an incredibly gifted
student. As a part of the project at school, he built a particle accelerator in the garage of his parents. Michio built a machine from 400

Einstein's Theory of Relativity Essay
Motion and time are fundamental components of life. Finding himself late to work, an employee will drive faster, which in turn, will reduce the time
needed to commute to his job. The rules of motion and time are known intrinsically to every person on the planet. As children, these "Laws" become
common sense. No explanation is needed when a sleeping student falls out of his desk onto the floor. Motion and time were always considered to be
self–explanatory and obvious parts of everyday life. This was true until a group of scientists who deemed themselves "Physicists" began challenging the
known rules of motion and explaining them using mathematics and experimentation. Isaac Newton was one of these founding fathers of... Show more
content on Helpwriting.net ...
Einstein was born March 14, 1879 to Jewish parents living in Ulm Germany. His father was a feather bed salesman and his mother was an heiress
to a fortune from her father's side. He was a shy child who disliked authority and the acceptance of conventional ideas. His rejection of the widely
accepted is most likely what drove him to peer into the physical world that so many had overlooked. His first observation of a magnetic compass
which was given to him by his father spurred his curiosity in the physical sciences and its mysterious forces. He began studying math at age 12 and
quickly found himself absorbed in study. He began studying Euclidean Plane Geometry and taught himself Calculus. He applied for admission to the
Zurich Polytechnic Institute in Switzerland in 1984 which involved taking a tough entrance exam (Wikipedia, Albert Einstein 1). Though failing the
French, chemistry and biology portion, he did so well on the math and physics portions that he convinced the principle of the school to admit him the
following year at the age of 16 (Kaku 40). He met his love, Mileva Mirac, and graduated from the university. Upon graduation, Einstein could not find
work as an instructor because he had irritated many staff members with his disregard for authority. He began work at the Swiss Patent Office in 1902,
where he had time to ponder

Synthesis Essay: How Solar Energy Supply The World
Technology of today has advanced drastically, but has that responsibly turned against us on the amount of energy we use? Will there ever a be an end
to the amount of gas being produced, and can the sun supply us for our whole lives. If we think about the inventions that have came from previous
decades, we can see the amount of phones being built, car oil being used, cooking oils, microwaves, and so much more. These inventions require at
least some sort of energy, like when have you seen a phone recharged on its own, or when have you seen a car be full of gas when it was previously
on empty. Let's explain how the solar energy can't supply the world for the amount oftechnology being used. Previously, we didn't have to rely to much
on energy, however times change causing a large consumption of energy. Solar panels may seem like a good idea due to its constant release of energy.
On the contrary, in Source A, Michael Dhar states," when a photon of sunlight knocks an electron free, the electric field will push that electron out of
the silicon junction. A couple of other components of the cell turn these electrons into usable power" showing that at an optimal state, the sun will
produce energy. These result often vary due to the amount of inconstant... Show more content on Helpwriting.net ...
In Source B, that writers state," While solar panels produce no emission during their operations. The productions of solar panels themselves produces
large amount of greenhouse gases. Nitrogen trifluoride and sulfur hexafluoride have been linked to the production of solar panels" demonstrating that
we are further harming the planet rather than causing any good. This is especially significant if we are trying to raise an economy where our main
source of energy is based of solar panels. Therefore, solar panels are both inconstant and cause a further amount of production time with high amounts
of pollution in the

Michio Kaku Hero
Michio Kaku is a theoretical physicist born in the US in the middle of the twenty–first century. He is well known because he built a particle accelerator
in his garage when he was twelve years old. His machine generated a magnetic field 20,000 times higher than Earth's one and was only made from
scrap metal and copper wires. He did that for two reasons : he ''needed'' it for a high school project, and was fascinated by physics. I think he's a hero
because he contributes a lot to the great project of finding a mathematical equation that explains everything, and he is an awesome scientific vulgarizer.
His first great contribution to physics is his work on the ''theory of everything''. That quest (to find a theory that explains all the Universe)

Nuclear Energy Synthesis Essay
Across the United States 104 nuclear reactors generate around 20% of the nation's electricity. While worldwide 436 nuclear reactors generate about
15% of the world's supply every year (Carson). Some people feel as though we need to expand the fleet of nuclear reactors and increase nuclear
power production. Nuclear energy may be one of the best ways to combat global warming and reduce CO2 emissions, however if the radiation and
nuclear waste that it produces is better for our environment than the CO2 is still uncertain. In the United States the nuclear power plants use uranium
–235 as the nuclear fuel to produce energy. Most of the uranium that the United States uses is found in Wyoming and New Mexico (Nuclear Energy).
U–235 is mined using methods similar to other ores. However when the uranium is mined it can expose the miners to radiation. ... Show more content
on Helpwriting.net ...
The spent fuel rods and the other products produced by the nuclear fuel process are highly reactive. This waste must be stored in very safe and
secure locations for tens of thousands of years, which is periods "longer than the history of most governments the world has seen" as the former
Atomic Energy Commission put it (Carson). The uranium that is used in the reactors has a half life, that is long it takes for half the nuclei in the
radioactive material to decay, of 10,000 years, while plutonium, another nuclear fuel, has a half life close to 25,000 (Carson). Some say that it is too
much of a burden to place on future generations to be able to properly monitor and maintain waste dumps that will last 20 times the length of known
civilization. As Michio Kaku put it in Nuclear Power: Both Sides "The controversy surrounding [nuclear] waste boils down to one question– can we
trust and man made structure to isolate high–level waste for tens of thousands of years given our always–changing social institutions and the vagaries
of war, revolutions, and social upheavals"

The Higgs boson Theorised by physicists Francois Elgert...
The Higgs boson or God Particle was theorised 50 years ago by two physicists Francois Elgert and Peter Higgs. They were awarded with a Nobel
Prize for confirming its existence on July 4th, 2012. It is possible further research will lead to major discoveries in the future of physics . The Higgs
boson is known as the key to understanding why mass exists and how it was originally constructed. It should be further examined and studied.
The Higgs boson and Higgs field have been explained many different ways in order to provide a better understanding. The more interaction
something has with the field, the more mass it will have and the simplest way of explaining this is through a metaphor. For example, consider a body
of water. The water will drag on things that move through it, but it will not affect all things in the same way. A jetski, for instance, would meet little
resistance as it moves forward which resembles the way electrons cooperate with the Higgs field. There is very little interaction and therefore less
mass. A swimmer on the other hand will meet much more resistance while emerged in water. This resembles the way thatW and Z bosons drag through
the Higgs field. They have thousands of times more mass than electrons, protons, and neutrons. Photons do not interact with the scalar field and
therefore have no mass. In this metaphor planes flying over bodies of water represent the photons. The body of water represents the Higgs field and
the water droplets that make up

Pro Genetic Engineering
Science and technology throughout history have been the foundation of society. Without it, the human race would still be in the prehistoric age.
Successes in health sciences helped in prolonging human life and to survive deadly diseases. Science and technology are also the catalyst for multiple
revolutions in human history. An example is the industrial revolution. However, every success always comes with a price. During the industrial
revolution, cities became flooded with people causing discomfort, the pollution became rampant, and social divide widened. Now that the information
age is in full blast with breakthroughs in science and technology happening almost every day, humanity is on the verge of another scientific revolution.
However,... Show more content on Helpwriting.net ...
Advocates for the banning of the practice is saying that humanity is playing God, and society fears that it is another form of eugenics. Their
concern is not without basis. History shows that society has tried to manipulate the gene pool to produce better offspring, however, research in
genetic engineering should continue and society should support it because it could save millions of lives. According to the United Mitochondrial
Disease Foundation, it is estimated that over 1000 to 4000 American children are born with mitochondrial diseases each year (Chappell).
Mitochondrial diseases range from Creatine Deficiency Syndrome, Leigh's Disease, and Pyruvate Dehydrogenase Complex Deficiency (United).
Children with such diseases are condemned to a life long suffering even before they were born. However, science found a way to mitigate the
problem in the form of mitochondrial donation. It works by extracting mitochondrial DNA from a healthy female and transplanting it to an infected
DNA of another female. The procedure comes with a risk, some of them are still unknown due to the infancy of the experiment nevertheless, giving
an infant a fighting chance in life than being doomed before he or she reach his or her first birthday is a big benefit of the experiment. Genetic
engineering also helps mankind in its struggle for food sustainability. Multiple country in Asia has rice as their staple food, and due to poverty, they
can only afford rice and other supplemental food. The result are children growing up malnourished. As a response the International Rice Research
Institute developed a rice, with the help of genetic engineering that is infused with vitamin A. They dubbed it "Golden Rice". As Gary Toenniessen, a
member of the Rockefeller Foundation who is in support of the research says, "It's a great product. And it's beautiful! It looks just like saffron rice"
(qtd. in

The Western Civilization
The study also revealed a corollary finding. Chapter 1 divulged that the Western Civilization is displaying a bias for oppositional responses. Since
Antiquity, the West seems to see strategy as competitive in nature and often consider that the military is an inescapable means to resolve international
issues. This bias contributes to explaining the surprising proposition that neither the European Union nor NATOseems willing to acknowledge that it
develops a grand strategy. One can advance that the EU and NATO do so because they project their biases onto other actors and, therefore, fear that
opponents as well as partners might interpret such acknowledgment as a move towards power politics. This bias deserves further scrutiny and
substantiation and presents a potential lead to elaborate on this study. It might also offer an opportunity for rejuvenating the field of strategy. Indeed,
this bias is the occasion for strategists to broaden their analytical spectrum as well as the variety of tools at their disposal. In particular, they have to
acknowledge that the use of force or the threat of it might not be the only ways to coerce a third party, be it with a design of deterring or compelling it.
For instance, in an international regime favoring cooperative relations, the threat of diminishing economic cooperation or of diplomatic sanctions,
which can range from minor actions to complete isolation, might procure similar effects. The works of Robert Axelrod are remarkably

Humanism In Frankenstein
Frankenstein: The First Work of Science Fiction? "A Science Fiction story is a story with a human problem, and a human solution, that would not have
happened at all without its scientific content." This quote from late Science Fiction author Theodore Sturgeon defines the genre of Science Fiction as a
story that contains a real conflict and solution that are ultimately derived from a scientific context. Frankenstein is a classic work of literature for being
both a thrilling, gothic horror and a morality tale that examines the advancing world of science. Because of the way Shelley applies science and its
concepts the story, her novel is often considered the first piece of Science Fiction. Frankenstein follows Sturgeon's definition, but upon ... Show more
content on Helpwriting.net ...
Shelley's entire story is a social commentary on the alluded science, the science that is both Victor's greatest accomplishment and his downfall. Victor
Frankenstein, at a young age, having just the scientific training of his books and professors, manages something that was seemingly impossible. By
having Victor restore life to a mismatched array of body parts, Shelley exemplifies the rapid, unprecedented advancements of technology. As the story
goes on, readers see the downfall of Victor at the fault of his creation. He even notices his mental deterioration while he is just making the original
creature, when he remarks, "Sometimes I grew alarmed at the wreck I perceived that I had become; the energy of my purpose alone sustained me,"
(Shelley 57). This way, Shelley shows that rapid scientific advancement can be a bad thing. She conveys the message that venturing quickly into
something unknown can have deadly consequences. "It's a morality tale that goes to the heart of the purpose of technology," remarks Michio Kaku in
Prophets of Science Fiction. Shelley's commentary displays the immorality of Victor's use of technology, and in this she is remarking on non–fictional
scientists as well. Though her commentary is initially powerful, her argument becomes blurred when Victor reencounters the monster. At this point,
Shelley reveals that, despite the fact that he killed Victor's younger brother, he had a good reason. Shelley's writing portrays the monster as a heart–felt
being in need of companionship, which confuses the point she made. Did Victor create a good creature, one that could learn and be beneficial to
society if managed properly? Readers cannot tell, nor can they tell what Shelley had intended. She dilutes her original critique of scientific
advancement, making Frankenstein a poor example of Science

Physics Of The Impossible By. Kaku
The book "Physics of the Impossible" was written by Japanese American theoretical physicist Michio Kaku. Kaku generally writes books about
physics or physics related topics. Among his three New Work Times best seller, Physics of Impossible is one in which Kaku utilizes discourse of
theoretical advancements to acquaint themes of basic material science with the reader. In this book, Kaku represents physics in various ways so that the
reader understands the significance of physics and implement in his/her life. Kaku makes many references to physics by utilizing popular culture
references, especially to books and films, for example, Star Trek, Back to the Future, Flash Gordon, The Fly, The Invisible Man, and more. Kaku
utilizes these cases to ... Show more content on Helpwriting.net ...
Kaku is very optimistic with the "Class I impossibilities" because we have technology that can make these impossibilities possible in near future. Let's
take an example regarding the psychokinesis section. Kaku mentioned about the possibility of Radio–enhanced or computer enhanced psychokinesis.
Similarly, Kaku mentioned that we are already able to develop a technology to implant computer chips into the brain cells and we will be able to
control the computer (Physics of the Impossible 93). This shows that these types of impossibilities are more realistic and more likely to be
possible, and some of them are even possible in this century. Let's consider the Robots, they already exist in the real world. Kaku talks about
creating a force field, and this makes sense in practical life as well. If we can defect electrons in a magnetic field why won't be able to deflect a
bullet creating a field that can be able to do it. The US military force has already tested a short gun based "Force Field Technology". According to the
Tech Times, with the help of powerful magnets, the force field used to protect battleships including X–Wing and TIE fighters from the enemies ' laser
cannon fires and blasters can be recreated. This shows that the concept of Force Field is not just theoretical, and likely to be practically possible in the
year to come to make kaku's

The International Thermonuclear Experimental Reactor Essay
International Thermonuclear Experimental Reactor (ITER)
The ITER is an internationally funded research and development project which focuses on constructing the world's first largest experimental nuclear
fusion reactor. This project intends to adopt the experimental and theoretical studies of plasma physics or 'tokomak' (a device utilizing electromagnetic
fields to trap plasma) and apply it to construct a fully functional, nuclear fusion power plant which will harness the energy made from nuclear fusion to
create electricity.. This project is funded by USA, China, India, the EU, Russia, Japan and South Korea. The stated countries have funded a total of 6.6
billion pounds to the French government in order for the project to commence.
ITER ... Show more content on Helpwriting.net ...
This will ensure safety in case of any complications with the reactor.
With regards to the advantages of nuclear fusion, the raw fuel or energy itself is readily available. The elements, deuterium and tritium are basically
unlimited. Fusion will not emit toxic gas and other deadly compounds into the atmosphere, unlike burning coal. Fusion will only release helium gas,
which will not have any effects on the atmosphere, as helium is very abundant on the atmosphere, therefore it will not contribute to global warming.
With regards to disadvantages, the overall cost of constructing a facility which will harness the energy of nuclear fusion is extremely high. ITER's
project costs 10 billion Euros. With nuclear fission, the advantages are that, it is inexpensive to create and harness the energy. Fission also does not
create greenhouse gas. The disadvantages are that, wastes are created from fission which can directly harm life and there is a risk of a nuclear
meltdown which will release electromagnetic radiation to its surroundings.
With chemical changes such as fossil fuel burnings, the advantages are that a lot of energy is released during the combustion reaction and extremely
cheap. Disadvantages are that, fossil fuels release carbon dioxide into the atmosphere, which contributes to global warming.
From the stated advantages and disadvantages, nuclear fusion seems to the cleanest source of energy. It does

I Should Be Considered For This Scholarship
I should be considered for this scholarship due to that as a result of my personal goals and qualities I seek to improve my campus and community and
in ten years I hope to have radically improve my campus and self. This scholarship will assist me in affording an institution that will grow my mind and
achieve my goals of inclusion and diversity. Rotary represents standing for the common good and improving one 's community through leadership,
which I also strive to accomplish. I have volunteered for over a hundred recorded hours throughout high school for multiple dog rescues and
community projects, such as the River Rider's Bike Share and many hours throughout middle school for my local cultural center. I volunteer not to
generate hours for my diploma, rather because I enjoy assisting others and helping my community. Additionally to help my community, I strive to
create inclusive environments that promote everyone's voice to be listened to. I lead art club at Lincoln High School, promoting art, inclusion, and
diversity. What I find most rewarding about my presidency is that I reopened the doors of Art Club for anyone who wants to join, regardless of
conditions. For the past three years, the organization closed itself to those who would not or could not participate in the end of the year competition,
Visual Arts Classic. Mygoal as president was to remove these barriers, and the membership has risen from twelve seasonal members to thirty active

Analysis Of Albert Einstein
Without physics, there would be no internet, nuclear weapons, airplanes, or advance technology in general. Isaac Newton is one the biggest
contributors to the advancement of physics and the understanding of the world. Another contributor to this is Albert Einstein, the greatest physicist of
the modern era. In Philip Shane's highly informative film, Einstein: The Real Story of the Man Behind the Theory, Einstein's story on his theory of
general relativity is brought to the surface through the use of scientific expert analysis, demonstrations of Einstein's ideas, reenactments, and the
creation of the documentary's atmosphere. In the documentary, they uses various commentaries from scientists, professors, authors, and narrator to
give more insight on Einstein. These commentaries give background information on Einstein and simpler explanations to give the viewer a better
understanding of his ideas. For example, Michio Kaku, a theoretical physicist explains how Einstein first came up with the idea for his theory of
general relativity. Kaku states, "In the Spring of 1905, Einstein was riding on a bus, and he looked back at the famous clock tower that dominates Bern,
Switzerland, and then he imagined what happens if that bus were racing near the speed of light?" The narrator then follows up with a simplified
explanation. What Einstein saw was that as he approaches the speed of light, time slows down. Because he is moving at the same speed as light, the
light reflecting from

Civil Air Patrol Officer: A Personal Statement Of Purpose
From the young age of five, I can remember a vivid image of my grandmother lying in the hospital bed. Wires and tubes led to an eclectic collection of
machines – all with their unique beeps and boops. The doctor sat next to the bed informing my grandmother and my family of the chemo's progress.
The complexity of what I saw inspired me. Thereafter, I began to imagine myself as that doctor who had an arsenal of gadgets and gizmo's that helped
him solve problems. To quench my thirst for solving problems, freshmen year I signed up for Future Business Leaders of America which hosted a
computer problem solving competition. The competition gave different scenarios in which a computer malfunctioned and the competitor was required
to figure out the solution. Supplied with knowledge from my computer science class, I felt confident that I did well. The following week winners were
announced and to my delight I had won! Subsequently, I realized that my strength was in solving issues.... Show more content on Helpwriting.net ...
After I became a Civil Air Patrol cadet, I was enlightened to learn that problem solving skills were an integral part in succeeding in the program.
One of the major aspects of the program is allowing cadets to serve in leadership positions corresponding to their rank and experience. My first
leadership position was as flight sergeant. As the person directly accountable for the flight, I learned that the flight's ability to drill and march was a
direct reflection of my teaching ability. I realized that since drill is meticulously graded, it must also be meticulously taught. Fixing even little mistakes
I found was the key to success to the flight's drill. After teaching drill, I always felt richer, pouring myself into others so that they had the ability to
teach cadets how to march and had the opportunity to triumph over their successes like I

Virtual Reality as Jaron Lanier Envisioned It.
VR Essay
2. Virtual Reality as Lanier envisioned it has not eventuated, yet the desires he articulated live on. Discuss.
To discuss Lanier's keen views and anticipations regarding Virtual Reality back in the mid 1980s, it would be useful to first cover exactly how far
Virtual Reality has progressed up until today. This essay will begin by discussing the history ofVirtual Reality and the usage trends. That discussion
will then be used to preface a discussion about Lanier's views that were expressed in A Vintage Virtual Reality Interview. The essay will then finish
off by looking at particularly interesting views held by some of today's futurists and these views will be related back to Lanier's original exuberant
view of Virtual ... Show more content on Helpwriting.net ...
This vision then guided nearly every successive development in the field of Virtual Reality.
Sutherland's concept featured: * A virtual world that appears real to any observer, seen through an HMD and augmented through three–dimensional
sound and tactile stimuli * A computer that maintains the world model in real time * The ability for users to manipulate virtual objects in a realistic,
intuitive way
In 1966, Sutherland then went forth and built an HMD that was connected to a computer system. All the graphics were created by the computer system
and the HMD could also display images in stereo, giving the illusion of depth.
The HMD could even track the user's head movements so that the field of view would change appropriately as the user looked around.
Once the technology had been developed to a point where it could actually be utilized, VR was often seen as more of a tool than a new method of
entertainment. The technology was fine–tuned and then used in flight simulators during the 70s to train pilots before they got into a real plane. The
technology then made its way to the entertainment industry during the video–game boom of the 80s. Since its inception, Virtual Reality technology
has found a wide range of uses in very unpredictable ways. The military, the space program, medical students and even driving schools use virtual
training environments that take place in a version of Virtual Reality.
Some

My Smith's Essay On Where I Lived And What I Live For
What Are You Living For? I am sitting in my family's living room, idly. Something that is a rarity for me now. There are not many thoughts going
through my head, in stark contrast to nowadays. I am arguing with my older brother to switch the channel to something relatively interesting and, more
importantly, something my siblings and I can collectively agree upon, without having our parents to tell us to keep quiet. We eventually come to an
agreement, a reluctant one, due to our older brother using the role of the eldest sibling to his advantage, on the science channel. It is showing a
documentary of sorts on the expanding vastness of space being discovered due to ever improving technology. Now, I never really engage myself with
documentaries as they have the tendency to be monotonous and put me to sleep rather than capture any sort of my... Show more content on
Helpwriting.net ...
Smith's ideas are in nearly direct contrast with Henry David Thoreau's as he expresses his opinion on an 'ideal' life in his essay "Where I Lived
and What I Lived For". Thoreau believes everyone should live a simple life instead of managing their daily lives in what he considers a busy manner,
"I say, let your affairs be as two or three, and not a hundred or a thousand; instead of a million count half a dozen, and keep your accounts on your
thumb–nail ... Simplify, simplify" (2). He feels that people are living lives that are too rushed and should instead become one with Nature. Thoreau
implies that if one is to live happily they must let go of all their obligations and responsibilities in favor of a simple life. For the most part, his
suggestions are for one's own happiness instead of others' happiness. He does not take into account if the "accounts" that people have are for others
instead of themselves. Thoreau assumes that everyone is living a life where they have no dependents and all the obligations they have taken upon
themselves are for their own

The Life of Albert Einstein
"I do not know with what kinds of weapons the Third World War will be fought, but the Fourth World War will be fought with sticks and stones."–
Albert Einstein After World War 2 Albert Einstein was a major leading figure in the World Government Movement. He was offered the presidency of
Israel, but he declined. During the start of his scientific life, Einstein realized the inadequacies of the Newtonian Mechanics and his special theory of
relativity stemmed from an attempt to reconcile the laws of mechanics and laws of the electromagnetic field together. He received an honorary
doctorate degrees in philosophy, science, and medicine from a variety of European and American universities. Einstein was awarded Fellowships or
Memberships... Show more content on Helpwriting.net ...
He played the violin from age 6 to 13. When he was five Albert Einstein became engrossed with a compass. He was mystified that invisible forces
could deflect the needle. When Einstein was 12 he was deeply religious, and went as far to compose several songs praising God. But after he read
several science books that contradicted his religious beliefs. This changed his views on God and left a lasting impression. Six weeks after Einstein's
birth his family moved to Munich, Germany. There Albert began his schooling at the age of 6 at the Luitpold Gymnasium. Later, him and his family
moved to Aarau, Switzerland. At the Luitpold Gymnasium Einstein often felt out of place and victimized by a Prussian–style educational system that
seemed to look down on original and creativity. One of his teachers told him that he'd never amount to anything ( "Albert Einstein") In the year 1894
Einstein failed an exam at the Swiss Federal Polytechnic School in Zurich that would have allowed him to become an electronic engineer. After
studying for two years he obtained a post at the Swiss Patent office in Bern. He spent the year 1895 in Aarau at the Cantonal Secondary School, where
he enjoyed the luxury of first rate facilities and great teachers in physics. In 1896 Einstein returned to the Zurich Polytechnic and graduated in 1900 as
a secondary school teacher of physics and mathematics. ("Albert Einstein

Albert Einstein: The General Theory of Relativity Essay
According to Merriam–Webster's a hero is defined as "exhibiting or marked by courage and daring" or a person who's "supremely noble or
self–sacrificing", meaning you don't have to be a superhero to be considered heroic. Doing something that has a significant effect on society or
changing the way something appears to be, makes one heroic; therefore, Albert Einstein is heroic in numerous ways.
Throughout Albert Einstein's lifetime he accomplished many amazing things that have an effect on people today. For example, in 1905, "often called
as Einstein's "miracle year", he published four papers in the Annalen der Physik, each of which would alter the course of modern physics"
(Michio,Kaku 13). Throughout Einstein's four books, he "applied the ... Show more content on Helpwriting.net ...
Einstein has brought many insights of life including the theory of the speed of light, which has led to the special theory of relativity that molded the
way science, is today. "For example, various experiments, including the Michelson–Morley experiment, failed to measure the expected changes in the
speed of light relative to the motion of the Earth. Due to this Einstein recognized that light has a measured speed that is independent of the speed of
the observer" ("Albert Einstein." 4). "Einstein showed in 1907 that mass is related to energy by the famous equation E=mc^2, which indicates the
enormous amount of energy that is stored as mass, some of which is released in radioactivity and nuclear radiations, for example in the sun" (4).This
enabled Einstein to be able to start and finish the general theory of relativity.
Later on, he accomplished and developed the general theories of relativity which "helped make predictions concerning light and gravitation" ("Albert
Einstein". 5). Einstein's first prediction was "that a red shift is produced if light passes through an intense gravitational field, and this was subsequently
detected in astronomical observations in 1925. The second was a prediction that the apparent positions of stars would shift when they are seen near the
sun because the sun's intense gravity would bend the light rays from the stars as they pass the sun" (5).Later on, "one of the deep

The Education and Skills Needed to Become a Physicist Essay
In the present, science has grown to become a great role in our lives. From gravity to cloning, we can attribute many ordinary things in life that we
know and understand now to science. Physicists are the ones who study the structure of matter, space and time. An example of a physicist would be
Einstein or Newton. This paper will discuss the education necessary to become a physicist, the skills that physicists need, the earnings and the benefits
/risks of the job, and my qualifications.
The education of a physicist start can start at any age, though it focuses primarily in high school and up. All that one needs is creativity and curiosity
to be devoted to their pathway, which can be obtained as a imaginative child. From there, Dr. Michio... Show more content on Helpwriting.net ...
Though this doesn't mean that math is unnecessary. Being a physicist requires some mathematical knowledge, specifically centered around Calculus.
Along the way, more science preparation may assist an upcoming physicist, from lab experiments to spectating a research facility. Not everything a
physicist does is incredibly complicated from the start. As Einstein said, "Behind every great theory, there is a simple physical picture that even lay
people can understand. If a theory does not have a simple underlying picture, then the theory is probably worthless". This means that everything worth
studying is not difficult enough so that anyone should be discouraged from becoming a physicist. That being said, the focus of job skills for a physicist
lies in the commitment to stick with the research and studies.
Depending on the skill level of each unique physicist, physicists can make anywhere from a fair amount of money to no money at all. As Michio Kaku
says:
Physicists do not become scientists for the money, so I don't want to downplay the financial problems that you may face. In fact, many superstring
theorists who could not get faculty jobs went to Wall Street (where they were incorrectly called "rocket scientists"). This may mean leaving the field. (2)
On one hand, 90% of physicists make roughly $106,440 a year, with a rate of $51.17 per hour ("Salary"

Benefits Of Space Exploration

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