“Entanglement has a solid theoretical and experimental foundation and is the key resource behind many emerging quantum technologies, including quantum computation, cryptography and metrology”
How Does it Work?
The videos below shed some light on the issue.
Einstein posited the existence of the instantaneous correlation of two entangled particles even when separated by vast distances. He used the term “telepathically” to describe this. The obvious question then is can this correlation be used for information transfer?
The possibilities inherent in this observation were discussed in depth at the NYC Quantum Teleportation Conference in 2018. Also discussed were the ramifications for the dream of practical quantum computing.
Scientists In China claim to have “teleported” a photon particles from the lab to an orbiting satellite. Does this mean we may soon teleport humans? Probably not. It’s called quantum teleportation because the process exists in the quantum world.
In short human’s are too big. We live in the macro world.
On October 23, The American Movie Company WebCast a panel of distinguished scientists in the Chelsea South studio, Manhattan. The multi-camera live stream was produced by AMC’s Live Streaming specialist, Ben Black .
Check out more about AMC’s Web Casting and Streaming services here
At the quantum symposium, a scientist from Beijing read a white paper touting a new quantum computer which supposedly was 24,000 times faster than any other computer in the world.
Quantum Data Storage in a Single Atom Brings New Computing Era Closer to Reality https://www.seeker.com/tech/quantum-d… “We’re on the verge of a quantum computing revolution. Entirely new devices will replace tiny transistors on silicon chips with atomic-scale processors capable of executing exponentially more calculations per second than today’s biggest and fastest supercomputers.” Some doubt was expressed but the Chinese scientist was firm in his psoition
“We’re on the verge of a quantum computing revolution. Entirely new devices will replace tiny transistors on silicon chips with atomic-scale processors capable of executing exponentially more calculations per second than today’s biggest and fastest supercomputers.”
Quantum Teleportation Explained by John Rarity
The concept of teleportation is fairly easy to understand as John Rarity explains at 0:14 second mark. What you need to do to do is scan the dimensions and composition, etc. of an object then send them digitally to a fast prototype machine that can construct a copy of the object.
So it’s not like what sci-fi movies have lead us to believe but it’s still very cool and very possible with the technology availabe to us today. Rarity then goes on to explain physics rules that prevent from doing this at the quantum state around 0:43 seconds mark. You’d need to choose a measurement basis that would then be changed into a binary 1 or 0 state. So he says we can’t clone quantum particles, okay, so what then? Well then you can apply the techniques of quatum teleportation to make a joint measurement of two remote quantum particles that are entangled and measuring the difference between them. From then you have four possible answers on what is the different between these two particles and voila you can then manipulate the photons on the second particle to make them the same.
The event was produced by American Movie executive Ben Black with creative input and scientific research done by a Canadian team headed by AMC senior producer and chief programer, Trevor Weir.
The event was held at the new AMC production and Live Streaming facility in Chelsea, Manhattan
You first need to understand the concept of particle spin ,which is not actually spinning as we know it in our human scale, macro world. Then, we need get at least an elementary grasp of the way it is oriented for measurement.
In the end it makes sense.
Sort of. I had to watch it several times and I think I get it.