Rise of the Planet of the Apes Film Analysis

One day, when he saw the father of the scientist having a fight with their neighbor, he attacked the neighbor ND was put in a prison for apes by the animal control. In the prison for apes, he witnessed the reality of the cruelty done to apes by humans causing him to make an army of intelligent apes he infected with the same virus that caused his intelligence and had an uprising to free the apes and himself in the redwoods forest. Based on the movie, the genetic breakthrough that happened were the drugs ALLS 112 and ALLS 1 13 that were labeled as the cure to the Alleghenies disease.

These drugs contained a virus that lead organisms with strong immune systems to have heightened intelligence, full cognitive recovery, increased memory quality, and faster reparation of brain cells, although harmful to those with weak immune systems. In my own opinion, the evolutionary manipulation of man or any specie presented in the movie through the maneuvering of the brain cells and other parts of the brain of the ape the scientist performed seemed a bit unethical because this manipulation could lead to controlling the way of thinking and the actions of man or any other species.

Genetics is related to the film because the story revolved around an ape that was infected with a man-made virus that focused on monitoring the variations in an organism through altering the way the brain cells work, thus also altering the different qualities and actions of the organism infected. Through the movie and the discussion, I realized that variations are significant because these are the distinctive qualities organisms have from other organisms. They are the unique traits present in everything and everyone that are used as a means of differentiating one thing from another.

Variations could also be used to determine viruses and diseases present in organisms, like the green eyes the infected apes had in the movie due to the iris they had. Without variations, evolution wouldn’t happen and everything and everyone would look alike and be the same. The movie “Rise of the Planet of the Apes” was mainly about an extremely intelligent ape leading an uprising Of apes he infected with the same virus a scientist made with the purpose of finding a cure for the Alchemist’s disease that caused his intelligence, to lead the apes into freedom in the forests.

Even though, in my own opinion, the evolutionary manipulation of man or any other species seemed unethical and a bit immoral, the subject of Genetics as prevalent in the movie through the genetic breakthroughs that happened in viruses that caused the quick reparation and improvement in the overall brain function of organisms with immune systems strong enough to withstand it.

Through the movie, I realized the significance of variations in Genetics. Variations are significant because they are a means of differentiation between organisms, determining viruses and diseases present in an organism, they allow every organism to be unique in different aspects, and they play an important role in universal evolution.

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Perception and Societal Factors

Serenity In Joss Hoedown’s “Serenity’ and “Firefly’, the human race used and polluted the Earth until it could no longer support life. In order to survive, humanity had to leave Earth- That-Was and find a new home. Taking place 500 years in the future, the Chinese and Americans were the main cultures that have survived centuries of time and light- years of travel, they have blended into one culture where speaking English can suddenly give way to speaking Chinese as if they were one language. Stereotypes and rejoice were mostly observed in Alliance vs..

Brownout scenes, and by Jane (Adam Baldwin). The solar system that Serenity takes place in is made up of central planets governed by “The Alliance”, essentially THE government. Some people didn’t want to be governed by The Alliance while others welcomed the idea. Thus a war began. Malcolm Reynolds, Captain of the ship Serenity, fought on the side of the Brownouts. The Alliance won the war and maintained control of the central planets while the Babel “Brownouts” typically settled on the outer desolate American old-west type planets, poor, lawless.

Ethnocentrism can probably be observed in the crew of Serenity, they’ve become a family, weary of outsiders. The Verse is a dangerous place. The Alliance and all their riches have built the biggest cities, the biggest buildings, the biggest army, and best technology including weapons and ships. The crew of Serenity tends to stay clear of Alliance considering the Jobs they take are often illegal. The Alliance is the Role of Power.

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Earth Formation

Kevin Navarrete Benham, Timothy ENC1101 Mon-Wed 9:30-10:45am 4-1-13 Formation of Earth and life on earth. About 4. 57 Billion years ago our planet earth was formed. Earth contains many things that allows us to live. How was the Earth formed and why do we live in it is a question many of us would like to find out, but there are many answers to these questions and we cannot come up with a conclusion. The theory that is said to explain the formation of our earth is called the Big Bang Theory.

This theory explains that all matter in the Universe was, at one time, concentrated in a giant mass (a black hole) that blew apart about 10 to 20 billion years ago and is still expanding. Now a days, it is thought that our solar system had its first steps when, about 5 billion years ago, by some unknown process, a cloud of dust and gases collapsed and condensed. Some of the matter in the central mass compressed under its own gravity, condensed, and heated until forces were so strong that thermonuclear reactions began. These reactions were the origin of our star, the Sun.

The size of a star is related to the amount of fuel it has available to burn for energy and how fast it burns up that fuel. A star smaller than our sun would not contain enough fuel to last long enough for evolution to have occurred here on earth. A larger star would have burned its fuel too fast, and would have burned itself out long ago. It would also not last long enough for life to evolve on Earth. The center of the disk became the sun, and the particles in the outer rings turned into large burning balls of gas and molten-liquid that cooled and condensed to take on solid form.

Four or five billion years ago, they turned into the planets that we know today as Earth, Mars, Venus, and the outer planets. A cloud with dust gases and many more particles grew together and condensed to form the planets, comets, asteroids, and many other things about 4. 6 billion years ago. It is thought that Earth began as a very cold world. It is also thought that the very first atmosphere could have been of hydrogen gas. Since this gas is so light weight and very chemically reactive, most of it would have floated off into space or reacted with other substances.

The first atmosphere is thought to be due to volcanic eruption and other chemical reactions taking place. It is thought that the inner four solid planets may have began with similar atmospheres of H2O, CO2, CO, and N2. It is thought that these chemicals made up the atmosphere of our planet for the first 1 billion years. It then provided similar atmospheres for the other planets Over the past few centuries scientists have been trying to answer the question: what was the origin of life? There have been a number of scientists who have produces a number of plausible theories.

The currently most excepted theory is Oparin’s theory, which states that the “origin of life on Earth was in nonliving chemical substances which spontaneously formed in Earth’s early atmosphere and combined to make more complex chemicals until living cells were formed. ” This maybe a possibility because Stanley Miller a student at University of Chicago, began experimenting to prove Oparin’s theory. He created a device that dispersed gas’s that were likely to be present in the early atmosphere, and then he pased an electrical discharge, stimulating the UV rays present in the early atmosphere.

After allowing the experiment to continue for a week, the results were amazing. However, there have been other theories that do not support this experiment. The Cosmozoa theory which states that life was brought to earth from somewhere else, and the theory states that life can suddenly and spontaneously appear. All in all there are many perspectives and theories of the origin of life and the formation of the Earth. Each of these theories sound very good, but there is no proof that it really happened this way. Word Count 1207

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Possible Extra Terrestrial Life

Benjamin Hastings April 10, 2013 Did Someone Move in Down the Street? An Exploration of Possible Extraterrestrial Life in the Universe, Perhaps Our Own System Other life in the universe just makes sense. Think about it, there are trillions of other stars in existence in our universe, and most of those stars have satellites, and those satellites have satellites. There are literally hundreds of trillions, if not more, planets or planet-sized satellites orbiting stars. To think that none of these could have life on them is just to be naive.

If it happened to our planet, out of hundreds of trillions of them out there, it can happen to another, and another. We can’t be alone; distant, maybe, but alone is just too far-fetched a theory. Belief in extraterrestrial life dates back quite far, even back to ancient society. “Regarding the existence of other worlds, the ancients of both Greece and rome were deeply divided. Arguing affirmative were the Epicureans, so called after Epicurus (341-270 B. C. ), who developed certain ideas that had originated with Democritus and Leucippus two centuries earlier. Among the theories that we today consider most modern are… hat life exists elsewhere in the universe… Modern though these ideas may seem to us, they all indisputably date from antiquity… ” (Crowe- 3) We aren’t the first people to think that life must exist elsewhere, we’ve simply brought the thought back into popularity. But where could life be sustained? Bacteria have been observed to endure extreme conditions “in environments with very high or low temperature and where conditions are very acidic or very alkaline. ” (Fix) Principles such as this suggest that “the search for life in the solar system should not be confined to the most benign environments. (Fix) Research and discoveries by Dr. Gene D. McDonald in Siberian permafrost showed that “single-celled organisms such as bacteria, archaeans, and fungi repair cellular damage for tens of thousands of years – and perhaps many times longer—after being frozen solid. ” (Hart) This is incredible when considering the damage the organisms sustain while being frozen; “even when all life processes appear to have stopped, processes that affect life do not. Organisms frozen in soil continue to be bombarded by radiation from elements within the soil itself.

And at any temperature above absolute zero, all molecules vibrate a little. Thus, cells’ DNA and other important molecules continue to sustain life-threatening damage. For organisms to remain viable for long periods of time, they must somehow maintain a minimal level of molecular repair. ” (Hart) A breakthrough such as this suggests that if bacteria on Earth could survive temperatures this low, then certainly organisms outside of What we consider to be the inhabitable temperature zone could certainly adapt and survive on distant moons or dwarf planets.

Mars, the fourth and last Solar terran planet, could hold, or have held, life on its surface. Recent study of an ancient meteorite strengthens this theory. “The meteorite… is made of igneous rock that solidified about 4. 5 billion years ago at the time that Mars formed. About 3. 6 billion years ago globules of carbonate minerals were deposited in cracks in the rock. The carbonate minerals may have been deposited when liquid water seeped into the cracks. The impact of an asteroid or comet on Mars 16 million years ago ejected the rock from Mars into interplanetary space.

About thirteen thousand years ago the rock fell into the Antarctic ice fields as a meteorite. ” (Fix) This meteorite was carefully studied for two years, revealing several different types of evidence of primitive life on the red planet. “Another piece of evidence was the discovery of inorganic compounds like iron sulfides that can be produced by bacteria and other terrestrial organisms. The most dramatic evidence, however, is tiny structures in the carbonate globules that resemble microscopic fossils of ancient terrestrial bacteria. (Fix) Life may be closer than we think, but it also may have died out eons ago when the liquid water on the surface of Mars seemingly refused to stay in liquid form any longer. Titan, or Saturn VI, the largest Moon of Saturn, and second largest moon in the Solar System, seems promising for handling life. While being much cooler than our own planet, again, organisms that live there could adapt to the temperature, as well as atmospheric pressure it sustains; a pressure of 1. 6 bars, 60% than greater that of Earth. Titan’s atmosphere brings interesting points to itself because of its composition. Titan’s air is predominantly made up of nitrogen with other hydrocarbon elements which give Titan its orange hue. These hydrocarbon rich elements are the building blocks for amino acids necessary for the formation of life. Scientists believe that Titan’s environment may be similar to that of the Earth’s before life began putting oxygen into the atmosphere. ” (Hamilton) This means that life on Titan has a potential to begin as it did theoretically on Earth, or could even have already even begun in very early stages, although these organisms would have to be highly resilient if they are anything like us. Titan’s surface temperature appears to be about -178°C (-289°F)… scientists believe lakes of ethane exist that contain dissolved methane. Titan’s methane, through continuing photochemistry, is converted to ethane, acetylene, ethylene, and (when combined with nitrogen) hydrogen cyanide. The last is an especially important molecule; it is a building block of amino acids. ” (Hamilton) Europa, a moon of Jupiter, is another highly considered candidate for life. Its surface is covered completely by a shell of ice, cracked and scarred by tidal forces deep beneath.

The moon’s tidal forces “raise and lower the sea beneath the ice, causing constant motion and likely causing the cracks we see in images of Europa’s surface from visiting robotic probes. This “tidal heating” causes Europa to be warmer than it would otherwise be at its average distance of about 780,000,000 km (485,000,000 miles) from the sun, more than five times as far as the distance from the Earth to the sun. The warmth of Europa’s liquid ocean could prove critical to the survival of simple organisms within the ocean, if they exist. (Harvey&Burdick) This ocean, thought to p globally “with more than twice the volume of Earth’s seas,” may have deep hidden secrets, “with conditions that might not be completely alien to some forms of life on Earth. Under its frozen crust, Europa may harbor the key ingredients required to create a habitable environment. ” (Harvey) Europa’s closer, though still very far distance from the sun, along with what may be hidden in its ocean, make it possibly a better candidate for life within our own star system.

One great physicist, Stephen Hawking, believes the possibility of life outside of our planet is too great to ignore. He jokes that “Primitive life is very common and intelligent life is fairly rare. ” Although he is very fond of the theory of extraterrestrial beings, he does warn us heavily about them. “We should be careful if we ever happen upon extraterrestrial life… Alien life may not have DNA like ours: ‘Watch out if you would meet an alien. You could be infected with a disease with which you have no resistance. What we normally think of as ‘life’ is based on chains of carbon atoms, with a few other atoms, such as nitrogen or phosphorous… we can imagine that one might have life with some other chemical basis, such as silicon. ” (dailygalaxy. com) Life to him seems undeniable in other parts of the universe, but he does suggest logically that it just may very likely not be like us. This theory is to be respected, because many planets and subterran objects may fall in every planetary guideline to support life, just not in the way we see it in ourselves.

Life must exist elsewhere, whether it be out neighbor, next door or down the block, or whether it be outside of our closely knit family of planets, moons, asteroids, etc. It could host similar structure to our own, or be composed differently, and therefore could survive completely different conditions from our own. Simply put, it may be considered to be foolish to completely ignore the possibilities of any terran planet to sustain life, because life is almost certainly out there somewhere, and it may be the in last place we think to look. Works Cited Crowe, Micheal J. The Extraterrestrial Life Debate 1750-1900.

Cambridge UP. 1986. Print. Fix, John D. Astronomy: Journey to the Cosmic Frontier. 5th ed. New York: McGraw-Hill. 2008. Print. Hamilton, Calvin J. “Views of the Solar System: Titan. ” solarviews. com. Solarviews, 2011. Web. 10 Apr. 2013. Hart, Stephan. “Bacteria: Survival in Siberia” astrobio. net. Astrobiology Magazine, 2002. Web. 10 Apr. 2013. Harvey, Samantha and Autumn Burdick. “Solar System Exploration. ” nasa. gov. NASA, 2013. Web. 10 Apr. 2013. “Stephen Hawking on the Possibility of Non-Carbon-Based Extraterrestrial Life. ” dailygalaxy. com. The Daily Galaxy, 2009. Web. 10 Apr. 2013.

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Frankenstein vs Planet of the Apes

Frankenstein VS Planet of the Apes: A Frightful Showdown Humans as a species like to experiment with the world around them and push the limits of any known law. As a result, the human race is constantly toying with the everlasting puzzle: What is life and how can it be manipulated? Through many realistic fiction stories—such as Mary Shelley’s Frankenstein and Rise of the Planet of the Apes—the general public is able to take a look into how far the human mind wants to go.

Both stories use technology as a vehicle to enhancing human life and end up with horrible endings. Though these tales share a common theme, they diverge in plot lines by exploring different ways that technology can affect life as usual. By examining these tales one will notice the difference of experiments, consequences, and relationships. The first major difference is the means of experimentation between the two protagonists. In Frankenstein, Victor uses a mysterious “spark of life” to bring his creation alive in order to fulfill his own ambitions.

In Rise of the Planet of the Apes, the protagonist’s motivation for experimenting on life is for the greater good from the get go. By these plots being different, the audience can see how even though scientists can have totally separate ideas and reasoning the end game is usually the same. However, this was not the only difference between the cautionary narratives. The other key thing that made these stories different was the endings. In the film, the experiments wreak havoc on the city just so that they could get to safety.

In the novel, the creation causes destruction for the sole purpose of tormenting its creator. The apes reach their destination and though they leave a wake of terror in their path are generally safe and complacent, while the protagonist quietly mourns losing his friend. On the other hand, Victor loses his life in the hunt for the creation and the monster commits suicide leaving no trace of any the events that took place. These two differences are what make each tale unique. The film and novel have one commonality: they warn humans of the dangers that can be self-inflicted.

Each story results in suffering, loss, and destruction caused by the creations. They try and convey the message that manipulating life can be a volatile process and should be handled with the utmost care. Though one lead character lives while the other main character dies, they both reach a point where they realize the power and seriousness of their actions therefore teaching the reader/ viewer. Watching/ reading these interesting narratives can leave a person more cautious of their actions and decisions.

Overall, the book and film differed in a variety of ways, ways such as plot line and end results. However the overall theme of the power of technology in human lives remained dominant in both tales. One is a film with wonderful visual effects and the other is an aged book that still retains the vividness of its day. They are both striking entertainment and could be interchangeable for instilling a sense of power and responsibly in reckless youth. There were few things that could be tweaked and more informative tales should be made revolving around this universal subject.

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Lonely Planet Case Study

Prepare a report in which you analyze the marketing channel conflicts and cannibalization issues that Lonely Planet faces as it is currently operating. Suggest solutions that might reduce the revenue losses or operational frictions that result from these issues. I feel that Lonely Planet is one big channel conflict. When they first started the company […]

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Kepler Mission

What is the Kepler mission? Many people don’t even know what is going on here on earth let alone in space. The Kepler mission is searching the skies for planets that are the same size as earth and worlds that could possibly similar to our own (Site 1). The Kepler spacecraft has found over 750 […]

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