In October 2018, physicists reported producing quantum entanglement using living organisms, particularly between photosynthetic molecules within living bacteria and quantized light. Living organisms (green sulphur bacteria) have been studied as mediators to create quantum entanglement between otherwise non-interacting light modes, showing high entanglement between light and bacterial modes, and to some extent, even entanglement within the bacteria. See also Bound entanglement Concurrence (quantum computing) CNOT gate Einstein's thought experiments Entanglement distillation Entanglement witness ER=EPR Faster-than-light communication Multipartite entanglement Normally distributed and uncorrelated does not imply independent Pauli exclusion principle Quantum coherence Quantum computing Quantum discord Quantum network Quantum phase transition Quantum pseudo-telepathy Quantum teleportation Retrocausality Separable state Spontaneous parametric down-conversion Squashed entanglement Stern–Gerlach experiment Ward's probability amplitude References Further reading second, revised edition (2017) External links Einstein Got It Wrong, Can You Do Better? How Quantum Entanglement Works Explanatory video by Scientific American magazine Hanson Lab – Loophole-free Bell test ‘Spooky action at a distance’, no cheating. Two Diamonds Linked by Strange Quantum Entanglement Entanglement experiment with photon pairs – interactive Scientists demonstrate quantum nature of entanglement swapping Quantum Entanglement and Bell's Theorem at MathPages Audio – Cain/Gay (2009) Astronomy Cast Entanglement Ion trapping quantum information processing IEEE Spectrum On-line: The trap technique Spooky Actions At A Distance?: Oppenheimer Lecture, Prof. David Mermin (Cornell University) Univ. California, Berkeley, 2008. Non-mathematical popular lecture on YouTube, posted Mar 2008 "Quantum Entanglement versus Classical Correlation" (Interactive demonstration) Quantum information science