[Tee tiong huat]

Separation sound modest, yet even lets Flexibility beats brute-force scaling. Early roadmaps for quantum hardware leaned on cramming thousands of qubits onto a single platform. Pllhysics community quickly learned error rates ballooned as qubits multiplied, forcing ever-heavier error-correction overhead. Distributing processors flips that script. Each module can stay small enough for tight control & teleportation stitches ops together on demand.

Oxford quantum teleportation experiment. Only after teleportation link was humming did wider world lear pulled it off: a team at Oxford University led by physicist Dougal Main.
“Previous demonstrations of quantum teleportation focused on transferring quantum states between physically separated systems,” Dougal Main explains. “Our study, we use quantum teleportation to create interactions between these distant systems.”

Team’s setup entangled two ytterbium
ions, fired off required classical bits, recreated a spin state on far side w/an 86% match - fidelity crossed threshold for basic logic gate, so researchers ran a compact version of Grover’s search algorithm. Distributed gate delivered correct answer 71% of the time  respectable early hardware crucially, limited more by local imperfections than by teleportation itself.

“NASA Engineers Call It A Historic First”: Psyche’s Laser Message Travels 307 Million Miles & Redefines Future Of Mars Communications. NASA has achieved a groundbreaking milestone in space communication, successfully transmitting an infrared laser message from the Psyche spacecraft back to Earth across an unprecedented distance of 307 million miles, showcasing the potential of advanced laser technologies for future space exploration