US-Wissenschaftler teleportieren Energie und speichern sie mit Quantencomputern – Die Forscher simulierten mit einem Quantencomputer, wie Energie teleportiert und in einem Qubit gespeichert werden könnte.

From the article

>Quantum physics is still an emerging field, and much remains unknown about what can be accomplished. Scientists in the field keep proposing new theories that are tested extensively before they become laws that govern our understanding of the field. 

>One such law states that a perfectly perfect space does not exist in the quantum realm. Even if the space were cleaned up of the tiniest of atoms, tiny flickers of quantum fields would still remain in it and even have quantum properties such as entanglement. 

Also from the article

>When researchers attempted Hotta’s experiments, they were indeed able to teleport the energy, but they hit a new hurdle. The teleported energy leaked into the environment was lost and could not be stored. 

>A research team led by Sabre Kais, a chemistry, electrical, and computer engineering professor at Purdue University in the US, now has a solution using quantum computing. 

>Kais’ team solved the energy storage problem using the most basic quantum computing component, [quantum bits](https://interestingengineering.com/innovation/million-qubit-chips-quantum-computer) or qubits. In their experiment, the researchers used qubits in their lowest energy state. 

If matter is energy, could we break an object down, and store it in a quantum computer? Like, let’s say we have an iron rod, solid, 1 foot long, 1 inch diameter. Could we store that? How much energy would be inside that rod?

So….how many qubits would it take to save the genetic information of 2 of every animal on the planet earth. Maybe 300x50x30 worth?