Teleportation

Ray LaPierre

Rumani Dey

Thoughts can teleport without medium or light. Time cannot teleport. Time is sequential. Actually time is an abstract entity, so cannot be deciphered to be teleported. But if pain can teleport which can be felt then why can’t objects be teleported which can be touched?  Now Let's Get into What is Teleportation Mathematically: Teleportation is a lag in motion. It's a missing motion. A motion which has a defect . Our thoughts are like that . In the presence of consciousness, when our eyes concentrate on a new object our thoughts(instead of thinking of the old object) teleport(or forget) to the new object provided the impact of the new object is higher than that of the old object. When motion forgets , it teleports. The entity called quantity also can teleport. We have odd number series or an even number series. So, how is this series linked to teleporting objects? As thoughts can teleport in the same sense of consciousness, so maybe objects need a context/medium to teleport. If I consider the series of even numbers as a medium for teleporting an object , then the complement of that series is the missing entity. So, teleportation has a complement. Forgetfulness / memory loss can be complemented/filled. But we want to teleport an object’s motion. Motion is continuous, not discrete so that it can be teleported. Well a stationary object can be teleported to another place and that is called motion . If a moving object is teleported, it basically would forget its trajectory. Where is the context here? Say a certain light source is the context for teleporting an object which is stationary. If the object is moving , then we have to consider its velocity as part of the context . Isn’t non-uniform speed a kind of teleportation of motion? You are changing the speed / missing the originality of motion. In case of thoughts they teleport towards things they get attracted to. So, you have a magnetic source at the destination. So, can we teleport iron now? But then how would I teleport wood? Well energy/water moves from higher level to low. Teleportation needs to defy this physics and move from Low to higher level.

Lara Pow

Quantum teleportation has been investigated experimentally, for a variety of physical systems. However, it has been suggested that most methods of teleportation do not achieve true teleportation. This is because a complete Bell-operator measurement cannot be performed without interaction between the quantum particles involved in the teleportation. Since the Bell-operator measurement is a key factor in the teleportation procedure, teleportation cannot be realized in the manner proposed in the pioneering paper on teleportation. In this project, it is verified that, without interaction between the quantum particles involved in the teleportation procedure, true teleportation cannot be achieved.--Page ii.

Armin Grasnick

Joanna Modławska, Andrzej Grudka

We consider multiple teleportation in the Knill-Laflamme-Milburn (KLM) scheme. We introduce adaptive teleportation, i.e., such that the choice of entangled state used in the next teleportation depends on the results of the measurements performed during the previous teleportations. We show that adaptive teleportation enables an increase in the probability of faithful multiple teleportation in the KLM scheme. In particular if a qubit is to be teleported more than once then it is better to use nonmaximally entangled states than maximally entangled ones in order to achieve the highest probability of faithful teleportation.