The new method is to use the principles of entanglement whereby two particles if entangled can instantaneously communicate with each other regardless of the lightyear distances apart. A large amount of qubits have to be sent from Earth to distant planets and there needs to be networked relay stations to duplicate the qubits to far away planets. This process of relaying the qubit has to go from planet to planet safely and with computer guided precision. It works in a signalless internet. The teleportation machine is the technology to safely transfer qubits from planet to planet safely based on a 1:1 ratio. I filed the teleportation machine patent to solve this problem about sending qubits safely from planet to planet without changing its 0 or 1 state. All problems plaguing an implementable quantum internet is solved. Things like decoherence of qubits, the safe transfer of large amounts of qubits from planet to planet, the reading of qubits without tampering, and the replication of qubits in relay stations are all solved through my teleportation invention. On the other hand, with my teleportation machine, if 2 million entangled electrons are sent to a radar station, all 2 million entangled electrons are trapped with a 1:1 ratio. Of the 2 million entangled photons, the AI is tracking every individual electron/photon every microsecond and throughout its travel pathway. The teleportation machine was meant to break an object up into individual atoms and electrons (or photons) and put a forcefield around these groups of atoms/electrons in packets to be send in the air (like digital packets). When all the atoms/electrons/photons arrive at the destination location, a final check is made by the AI to make sure everything was sent successfully and nothing was lost (just like digital packets). The safe transfer of individual atoms and individual sub-atomic particles (e.g. electrons, photons and even protons and quarks) are accounted for.