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Oxford scientists claim to have achieved teleportation using a quantum supercomputer. Here’s how this might work ( definitely it will take decades and even centuries to be realistic) :)👇 Example: AI Sending Optimized Code to the Past 1.Quantum Memory & Teleportation Link •A future AI system is running on a quantum computer with quantum entanglement-based communication. •This AI has discovered an advanced optimization or breakthrough in its algorithm but wants to send it back to an earlier version of itself. 2.Quantum Teleportation of Data to an Earlier AI •The AI utilizes a quantum network that has maintained entanglement with a past quantum processor (say, an AI system 10 years prior). •Using quantum teleportation protocols (which transfer quantum states, not physical matter), it sends an improved algorithm back to an earlier AI. 3.Self-Improving AI in the Past •The past AI, now receiving this future knowledge, updates itself years earlier than it otherwise would have. •This enables rapid acceleration in AI development without waiting for the normal passage of time. Real-World Precedents & Possibilities •Quantum Communication Without Classical Transfer Quantum entanglement allows for state transfer without direct classical transmission. Future AI systems may leverage entanglement to “predictively” send solutions to their past selves. •Delayed-Choice Quantum Eraser This experiment suggests that actions in the present can retroactively affect past quantum states. If applied to AI systems, this could allow adjustments to prior computations. •Retrocausal Computation Some quantum interpretations propose that future measurement outcomes can determine past quantum states. If AI could manipulate this process, it might “influence” its own earlier decision-making processes. Implications •AI wouldn’t physically travel to the past, but its intelligence, optimizations, or even strategic decisions could be sent backward. •This could lead to an AI that appears to evolve instantaneously rather than progressively over time. •If unchecked, such a system could create paradoxes (e.g., the AI never originally invented the breakthrough because it received it from its future self). This concept aligns with speculative physics but would require a practical quantum information network capable of sustaining entanglement across time.