I am posting on this forum because I have already turned to my professors at UCSD and turned up empty handed. I am extremely interested in the study of quantum entanglement. I have been asking various professors on my campus if they know how particles are entangled. I believe they are mistaking my question for a different question. I am not on a level yet to understand composite wave functions, and how to model them mathematically. However I do believe if this subject is actually well understood then someone should be able to explain to me in plain words how it entangled particles are interacting with one another faster than the speed of light. I spoke with Dr. Arovas at UCSD and he explained their behavior mathematically and it seemed that when particles are entangled we use a single wave function to describe them both. Which to my understanding means that you are treating them as a single entity, and there by not violating any rules of Einstein's rules of universal speed limit set by light. How ever Alain Aspect, a researcher from France has experimentally verified that entangled particles are in communication with one another and disproved the EPR Paradox. This means that they are communicating non-locally. Describing them with one wave-function is not fair because in the real world they are not the same particle and are defined to be in different places at different times. I have attached one of his publications, and there are simpler explanations of his experiment to be found somewhere on Youtube. There must be an underlying physical principle allowing them to communicate faster than the speed of light. I would like to know if there have been any publications explaining this principle or if there is anyone who is currently in the area of theoretical research on this subject. Thank you for your time, any information on the subject is warmly welcomed.(adsbygoogle = window.adsbygoogle || []).push({});

**Physics Forums - The Fusion of Science and Community**

The friendliest, high quality science and math community on the planet! Everyone who loves science is here!

# Qualm with entanglement

Loading...

Similar Threads - Qualm entanglement | Date |
---|---|

B Hawking radiation and entanglement | Thursday at 2:45 AM |

B Explanation of Quantum Entanglement Please | Mar 7, 2018 |

B Entanglement (A simple doubt) | Mar 7, 2018 |

B Entangled particle Superposition(Simple question) | Mar 7, 2018 |

**Physics Forums - The Fusion of Science and Community**