Saturday, August 31, 2013

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Science was born out of curiosity

Good thing I got the feeling he wondered. In this way, the first time in the world to know something very different from the human world and the universe around us for the better anlıyoruz.Our mind expanded occurences can make a logical and scientific explanations.



The first step in the journey of a sense of wonder of science microscope called a tool that let's begin ...
 First XVII. Century emerged with the purpose of examination of the use of substances not seen Mikroskop.Gözle tanıştık.Soğan this instrument lab school , but what's happening inside the cell membrane, we were examining the walls with başladık.Dört wanted to see. The development of the microscope in the realization of this gerekiyordu.Hollandalı simple single-lens microscope invented by Anton van Leeuwenhoek'un later, Zacharias Janssen in 1590 by the first complex bulunmuştur.Basit microscope magnification microscopes, industrial capacity is limited, the complex contains two main lens system found in the microscope . In 1624, Galileo Galilei Cornelis Drebbel'in who finds the device , and now has developed a new tool microscope , "spy glass " gave the name . This microscope , the first system magnifies the image reflected by the second system was further enlarged . Articles raised two thousand times the tool, especially the study of bacteria and viruses , using the diagnosis and treatment of many diseases found in a drop of water in the amoeba called olmuştur.Gölden created by the protozoan more excitement and enthusiasm to continue on this journey provided astonished scientists . after the observation of many different organelles in the cell DNA chain of the science of science, the establishment of new horizons açtı.Genetik terrifying developments in the diagnosis and treatment of many diseases has opened the door to the achievement . I wonder if this sense of wonder insanlarındaki But science can come to the question of where the image is better büyütebilsek embraced new technologies
Kutuydu.Mikroskop closed cell develops organelles, nucleolus , DNA, RNA is now known to us to be ... a new box to be opened in front of us vardı.ATOM çıktı.Şimdi ...
Görülememe eyes .. eyes now turn atomdaydı produced görülemiyordu experiments could be performed , but the idea of John Dalton's first atomic model of the atom laid out in hakkında.1805 . He said, and he will never be broken are the cornerstone of the smallest atomic element ekledi.O a good model for the period .
Time passed, the electrons in the atom in 1897, is JJThomson attı.1900 that keşfetti.Üzümlü cake model ' Gang in the early Rutherfort Ernest ( 1871 -1937 ), today revealed that the structure is based on the underlying model of the atom . Rutherford sent alpha particles on gold sheet . Atom , forming a large part of the mass of the core and the electrons revolve around the nucleus was revealed. Parts that make up the positively charged nucleus Rutherfort " proton " gave the name of .. Chadwick found the neutron in 1932 . Then, according to quantum theory, Niels Bohr (1883 1962) came up with the Bohr model of the atom and electron orbits can exist , and it is certain is that on the plank constant and showed the atomic energy levels . All the modern atomic theory help to build a more sophisticated atomic olmuştur.Peki being sealed box was removed with the aid of a microscope ? scientists thought . Unexplored like everything inside of it is also the focus of attention and the decision was made to show that it had to be done on a microscope .

           The first electron microscope in Berlin in 1932 for use as a practice introduced in yapıldı.1936 by E.Ruska M.Knoli and electron microscopy , was developed so that it is today , it was possible that enlarges Hundreds of thousands of substances .
French physicist Louis de Broglie , it is regarded as the true father of such a microscope . Because Broglie , electrons , just as sound and light waves propagation properties of air , realizing years later to found the theory of the electron microscope .
Forty times, cells were observed under the light microscope that magnifies an image , the same image with the electron microscope that magnifies a hundred thousand times, let's look at the atomic structure of the particles görülebilmiştir.Atomu halde.Atom protons and neutrons in the nucleus of two parts, which we call yörüngeler.Atomun oluşuyor.Çekirdek and around the particles , while orbits of the electrons, protons and neutrons are about 2000 times smaller than the image , yes, but also büyütsek know what göreceğiz.İçeride mevcut.Bunu What's more ?
Sub-atomic particles , showing us the true nature of the atom under this title kısımdır.İki examine some elementary particles are primarily defined ;

1 leptons
2 quarks
These particles are smaller than the particles that make up the elementary particles themselves yoktur.Bunu say that Dalton 's atomic never brought to mind the word decomposable istiyorum.Lepton now know as the smallest known particles, the well-known mean particle electron. Particles known as quarks that make up protons and neutrons s . Bulunuyor.Bu a proton in the three- quark gluon that holds together what we call the three- quark acts as a kind of adhesive bulunuyor.Proton quanta and neutrons make up the core of nucleons that the adlandırıyoruz.Nükleon nucleus . Core family of particles of interest is twofold.

1 baryons
2 mesons
Heavy particles baryons , mesons medium heavy particles. All hadrons are called baryons and mesons . Greek means strong particle .
According to the theory of quark baryons three quarks , mesons of a quark and an antikuarktan is formed . There we named Hadron particles as well . Hadrons formed the core of an atom , made ​​of quarks and meson exchange between the stable particles occur . This is a powerful force in the incident, the amount of interaction and the nucleus fragmentation . The first time this phenomenon H. Given out by the whole particles konulmuştur.Spinler yukova Fermions and bosons mümkün.Ancak classify all of these sub-atomic particles to as the structure of the atom solved when we know we can oluyormuyuz answer to the question is interesting.
If you own a lot of information about the structure of the atom .. It is true that we do not clutter our minds to information and gerekirdi.Ama not relieve us .. our minds created new questions , new sparks up yapıtaşına çaktı.Henüz solving the smallest item that British physicist Paul Dirac lived happiness , revealed the presence of a substance which is the opposite of matter used to us and we know tanıştırdı.Bizim the concept of substance composed of atoms of antimatter . That there is a positively charged protons and negatively charged electrons in an atom of scientific adventure , and many a long experiment kanıtlamıştık yüklüsünü ki.Elektronların plus anti-matter discovered that yes , ( +) installed on the electrons ( positrons ) sahiptir.Dirac 's two years after this discourse , two American scientists man , Robert Milikan and Carl Anderson , cosmic rays that the atmosphere takes place during the entry koydular.Bundan positron formation of a group of about twenty years later, the University of California , Bevatron particle accelerator 's output has occurred during the operation observed antiproton .
 Then the discovery of antinötronun the concept of anti-matter will no longer imagination .

So what happens when antimatter and matter when it comes to side .. the more open sıfır.Ya Hiç.Yani put a big matter and antimatter destroy each other 's eder.Böylece have to deal with the process of being revisited olur.Yoktan contribution to the theory of creation that happens yani.Eğer science and religion will be great , and finally barışacak.Dan Brown 's Angels and Demons anti- matter of the work at Cern in his book discovery, finding the Higgs boson , and finally why are we here , how did we get answers to the questions of these studies conducted at CERN with bulacağından only attend bahsedilmişti.Kesinlikle for there is nothing to prove or do not understand the material I think we need to be . The fact that anti-matter a great source of energy . Indeed, 9.1 million joules per kilogram of fuel burned , 1kg of uranium fission and 82 million joules of energy , while 1 kg of 90,000 million joules of energy is released by the reaction of proton- antiproton . It gives me the creeps to think of what can be done with energy after bomb ediyor.Atom kalkışmayacağını scientists to think such a thing again if necessary . Both Europe's CERN budget allocation so as to work on the U.S. Air Force antimaddeyle can not help noticing their efforts to produce new technologies . I want to put an end to spelling the words of Einstein's sense .. "

"The world is not a single unhappy child , as long as there is no great inventions and advancements . "

Wish to use this energy for the benefit of all mankind ..

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