The ideas that formed the basis of these experiments came about from previous research by scientists such as Albert Einstein and Heisenberg. This essay will explore the research done on this subject, the theories behind it, and the possible applications.
Quantum teleportation is the idea that transporting matter can be achieved instantaneously by taking advantage of certain aspects of quantum physics. It is not possible to actually transport the matter, but rather, the properties of the object being transported can be applied to matter in a separate location. This newly created object is identical to the original down to the state of the individual atoms, and so is in effect the same object. The original object loses its properties during the process and is, in effect, destroyed.
This takes advantage of the Einstein-Podolsky-Rosen correlation (Quantum), also referred to as entanglement. When two particles are entangled they take on properties identical to each other regardless of separation. This means that if something alters one of the entangled pair it affects the other in the exact same manner. In order to transport something we have to start with one of these entangled pairs. One particle at the source location and one at the location we want to transport the new object to. We then take a third particle, which is what will be transported, and measure it in relation ...
... middle of paper ...
... in the field of computing. Because computers operate on a binary system it is possible that individual quanta cold be used to store information. This is possible because quanta can be in two states, horizontal and vertical. Using quantum teleportation information can instantly be sent from one point to another. An example of quantum computing could be if a person had to search a dorm for a specific item. Normally the person would have to go to every door in turn and look inside but if this were a quantum computer doing the searching it could look in every room at the same time.
Quantum Teleportation. IBM corporation. 1995.
Barret, Curtis. Quantum Teleportation. 23 April 2000.
Zeilinger, Anton. "Quantum Teleportation." Scientific American. April 2000. 50-59.
Need Writing Help?
Get feedback on grammar, clarity, concision and logic instantly.Check your paper »
- Entanglement plays an important role in Quantum Information Processing. It has wide applications in areas of Quantum cryptography, secure communications, teleportation and so on. All these protocols involve muti party entanglement which requires locally producing the entanglement and then distributing it to different parties. These multiparticle entanglement can be of various types depending upon its number of qubits. Interestingly upon distribution the states will interact with the environment and become mixed state or less entangled pure state.... [tags: cryptography, secure communication, teleportation]
796 words (2.3 pages)
- Sophistication has advanced as people learnt new ways of developing various physical resources such as materials, forces and energies. The history of computer technology has involved an order of changes of physical understanding, from gears and relays to valves to transistors and integrated circuits and so on. Today's advanced lithographic methods can squeeze portion of micron wide logic gates and buses onto the surface of silicon chips. Soon they will carry even smaller parts and eventually get to a point where logic gates are so minute that they are built out of a handful of atoms.... [tags: Technology ]
1413 words (4 pages)
- Teleportation Imagine a world without traffic jams; where there would be no worries about travel schedules and above all no public appraisals from the boss for coming late to work. Time would finally be stricken off the banal list of worries. This impossible to hit pitch however, lies in a plane where platitude is not well taken. This plane is one where advanced physics and quantum mechanics form frightening webs of reason for everything that happens in that other world - where we live. At other times the alien-like scientists that inhabit these planes have abducted us to conduct all kinds of meaningless experiments on us.... [tags: Science]
1757 words (5 pages)
- Do we live in a world with a reality that is independent of the observer, which can be assessed objectively and compared to an observer’s perceptions. Or do we live in a world that has a reality dependent on the consciousness of the observer. The two most successful scientific theories do not agree on the role of the observer in reality. The Theory of Relativity implies that there is an observer-independent reality whereas The Copenhagen Interpretation of Quantum Mechanics implies an observer-dependent reality.... [tags: fourth dimension, speed of light, wave function]
1594 words (4.6 pages)
- In the world of subatomic particles, the rules that normally apply to objects that are visible by the human eye are totally disregarded. Subatomic particles behavior can be attempted to be explained by a term called quantum mechanics. Quantum mechanics gives the probability of where a particle will be located at, such as point A or point B. It describes atoms or particles, really anything at that level or smaller in a similar way in which relativity describes the laws of how much larger objects behave.... [tags: Quantum mechanics, Electron, Photon, Atom]
1150 words (3.3 pages)
- Quantum mechanics is the study of the behavior of energy and matter at the atomic, molecular and nuclear levels and sometimes even microscopic levels. The first initial information on quantum mechanics was first discovered in the early 20th century by a pioneering scientist Max Planck, because of this early knowledge of quantum energy it led to the first invention of the transistor. Scientist Max Planck discovered an equation that explained the results of these tests. The equation is as follows, E=Nhf, with E=energy, N=integer, h=constant, f=frequency.... [tags: Quantum Mechanics]
1077 words (3.1 pages)
- introduction A quantum computer is one which exploits quantum-mechanical interactions in order to function; this behavior, found in nature, possesses incredible potential to manipulate data in ways unattainable by machines today. The harnessing and organization of this power, however, poses no small difficulty to those who quest after it. Subsequently, the concept of quantum computing, birthed in the early 80's by physicist Richard Feynman, has existed largely in the realm of theory. Miraculous algorithms which potentially would take a billionth of the time required for classical computers to perform certain mathematical feats, and are implementable only on quantum computers, as such ha... [tags: quantum physics computer]
1351 words (3.9 pages)
- Missing figures With today's technology we are able to squeeze millions of micron wide logic gates and wires onto the surface of silicon chips. It is only a matter of time until we come to a point at which the gates themselves will be made up of a mere handful of atoms. At this scale, matter obeys the rules of quantum mechanics. If computers are to become smaller and more powerful in the future, quantum technology must replace or reinforce what we have today. Quantum computers aren't limited by the binary nature of the classical physical world.... [tags: quantum physics computer]
924 words (2.6 pages)
- Beam Me Up Scotty: Teleportation Some people think that teleportation is not possible, while other people think that it is, and they are doing it. The idea behind teleportation is that an object is equivalent to the information needed to construct it, the object can then be transported by transmitting the information in bytes,(1 byte= 1 yes or no answer) along a channel of telecommunications-communications, on the other end of the line is a receiver that reconstructs the object using the information given.... [tags: essays research papers]
423 words (1.2 pages)
- Teleportation If I had a chose between two superpowers, to turn invisible or flight, I would break the rules and choose to have the ability of teleportation. I was ready to answer right away, but I put some thought into this question, such as the capabilities and limitations of these superpowers. If I fly, can I carry people or objects just by touching them (ala Superman 2). Would I be able to carry something, someone equal to, or more than my own weight or would this be too much of a challenge while flying.... [tags: essays research papers]
853 words (2.4 pages)