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Schrödinger’s Cat Gets Stranger: Physicists Demonstrate Quantum States No One Has Seen Before

Oxford physicists have created quantum states so complex they defy prior theoretical limits—redefining Schrödinger’s cat thought experiments.

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6articles
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The brief

These states, long theorized but never realized, now demonstrate unprecedented control over quantum coherence and entanglement, according to coverage from *EurekAlert!* and *Phys.org*. Outlets like *IFLScience* and *Quantum Zeitgeist* highlight the potential for these states to enhance quantum computing precision and error correction.

Coverage does not yet specify timelines for commercial or industrial adoption.

Synthesized by PULSE from the headlines below under a strict no-invention contract. ✓ fact-checked: unsupported claims removed (50% supported) Updated 87d ago.

Quick answers

What are Schrödinger-cat states?

Quantum states where a system exists in a **superposition of two or more distinct quantum states** (e.g., a cat simultaneously alive and dead in thought experiments). These new states extend the concept to **multiple, entangled pathways**.

How were these states created?

Using **squeezed and trisqueezed light fields** in photonic systems, allowing researchers to manipulate quantum coherence at unprecedented levels.

What’s the potential real-world impact?

Coverage suggests applications in **quantum computing (error correction), ultra-precise sensors, and quantum communication networks**, though no specific products or timelines are confirmed.

Coverage (6)

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