Quantum entanglement: What is it and what are its uses? | World . . . Quantum entanglement is a perplexing, scientific phenomenon Two particles in quantum mechanics are said to be entangled when the particles are connected in such a way that they are not independent of one another Below is a further exploration of this process and how scientists are working to understand more about it Improving the efficiency of the entanglement creation and manipulation
Could quantum computing soon transform the legal system? Quantum computing could fundamentally alter how justice is conceived and delivered But, legal professionals must ensure that quantum computing tools advance substantive justice, rather than merely accelerating existing processes The question is not whether quantum computing will impact justice systems, but how we will shape that impact to serve our highest ideals of justice
3 natural mysteries that could be explained by quantum physics The realm of quantum physics is, at times, bizarre and confusing It contains a number of principles that defy logic; like quantum tunnelling, where a particle is able to penetrate ghostlike through a solid object Another strange feature of quantum physics is entanglement, which Albert Einstein famously called “spooky action at a distance” This is when two particles form a connection
量子力学的非定域性你是怎么理解的？ - 知乎 这里我和 量子纠缠（Quantum entanglement） 放在一起说。 While it is true that a pure bipartite quantum state must be entangled in order for it to produce nonlocal correlations, there exist entangled (mixed) states which do not produce such correlations 概而言之量子纠缠是产生非定域性的必要不充分因素。