'Beam me up': Oxford University’s quantum leap brings Star Trek teleportation closer to reality

Produced by: Manoj Kumar

Teleportation Revolution

[{"selector":"#anim-2128a3da-a49a-40b5-835b-acfd5f07b6dd [data-leaf-element=\"true\"]","keyframes":{"transform":["translate3d(-21.874999829338588%, 0, 0)","translate3d(0%, 0, 0)"]},"delay":0,"duration":2000,"easing":"cubic-bezier(.3,0,.55,1)","fill":"both"}] Quantum gates are now teleporting between processors—paving the way for scalable, ultra-powerful quantum computing. Representative pic

Quantum Internet

[{"selector":"#anim-d84674ec-dae2-4640-b463-de08efb3858e [data-leaf-element=\"true\"]","keyframes":{"transform":["translate3d(21.874999829338595%, 0, 0)","translate3d(0%, 0, 0)"]},"delay":0,"duration":2000,"easing":"cubic-bezier(.3,0,.55,1)","fill":"both"}] Oxford researchers demonstrate how entangled qubits could lead to an unhackable global network. Representative pic

Photon Magic

[{"selector":"#anim-1e7c1875-ab8f-489e-ac1c-6fe13fc4c0e6 [data-leaf-element=\"true\"]","keyframes":{"transform":["translate3d(-21.874999829338588%, 0, 0)","translate3d(0%, 0, 0)"]},"delay":0,"duration":2000,"easing":"cubic-bezier(.3,0,.55,1)","fill":"both"}] Light particles linked distant processors, letting them act as one—unlocking the secret to compact quantum computers. Representative pic

Entanglement Power

[{"selector":"#anim-02baca8f-432a-4bd9-9e18-b708d5726557 [data-leaf-element=\"true\"]","keyframes":{"transform":["translate3d(21.874999829338595%, 0, 0)","translate3d(0%, 0, 0)"]},"delay":0,"duration":2000,"easing":"cubic-bezier(.3,0,.55,1)","fill":"both"}] Harvard tests showed qubits staying linked over distances, proving quantum internet isn’t sci-fi anymore. Representative pic

Scaling Breakthrough

[{"selector":"#anim-f2658d91-12b9-410b-9e77-f846d1389738","keyframes":{"opacity":[0,1]},"delay":0,"duration":600,"easing":"cubic-bezier(0.4, 0.4, 0.0, 1)","fill":"both"}] Teleportation solves the "scalability" hurdle, enabling distributed systems instead of unmanageably huge machines. Representative pic

Algorithm Marvel

[{"selector":"#anim-e776f9bb-3126-4b72-a5d5-caf9f76de9ea [data-leaf-element=\"true\"]","keyframes":{"transform":["translate3d(21.874999829338595%, 0, 0)","translate3d(0%, 0, 0)"]},"delay":0,"duration":2000,"easing":"cubic-bezier(.3,0,.55,1)","fill":"both"}] Oxford team ran Grover's search algorithm remotely with 71% success—showcasing quantum problem-solving. Representative pic

Future Gates

[{"selector":"#anim-3c494685-c6ce-40fa-9413-3adb1a4ea491 [data-leaf-element=\"true\"]","keyframes":{"transform":["translate3d(-21.874999829338588%, 0, 0)","translate3d(0%, 0, 0)"]},"delay":0,"duration":2000,"easing":"cubic-bezier(.3,0,.55,1)","fill":"both"}] Quantum gates teleported with 86% accuracy hint at fault-tolerant quantum machines in the making. Representative pic

Quantum Physics

[{"selector":"#anim-2ca5e315-e615-488e-8763-602f24ca7bef [data-leaf-element=\"true\"]","keyframes":{"transform":["translate3d(-21.874999829338588%, 0, 0)","translate3d(0%, 0, 0)"]},"delay":0,"duration":2000,"easing":"cubic-bezier(.3,0,.55,1)","fill":"both"}] Superposition and entanglement reimagine data processing—where qubits compute in two states at once. Representative pic

Miniature Giants

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