I spent time with this guy. Grandmaster Fu Wei Zhong taught me Distance Meditative Healing Energy Group Transmission (Mind-To-Mind). Now the Quantum computers are talking to each other like its new. I learned this 30 years ago. Maybe I should offer it on #Nostr. Below is something I read a while ago.
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Scientists have measured the speed at which quantum entanglement occurs, finding it to be incredibly fast—so fast that it's difficult for humans to comprehend. Quantum entanglement is a phenomenon where two particles become linked, so that the state of one instantly influences the state of the other, no matter how far apart they are. This study focused on understanding how quickly this entanglement forms.
Researchers used powerful laser pulses to excite atoms, causing one electron to be ejected and another to move to a higher energy state within the atom. They discovered that these two electrons became entangled during this process. The timing of the ejected electron's departure was linked to the energy state of the remaining electron, with differences measured in attoseconds—a billionth of a billionth of a second.
This precise measurement of entanglement formation could have significant implications for quantum technologies, such as computing and secure communication. Understanding how entanglement develops at such rapid timescales may lead to advancements in controlling quantum systems and enhancing the security of #quantum communications.
I spent time with this guy. Grandmaster Fu Wei Zhong taught me Distance Meditative Healing Energy Group Transmission (Mind-To-Mind). Now the Quantum computers are talking to each other like its new. I learned this 30 years ago. Maybe I should offer it on #Nostr. Below is something I read a while ago.
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Scientists have measured the speed at which quantum entanglement occurs, finding it to be incredibly fast—so fast that it's difficult for humans to comprehend. Quantum entanglement is a phenomenon where two particles become linked, so that the state of one instantly influences the state of the other, no matter how far apart they are. This study focused on understanding how quickly this entanglement forms.
Researchers used powerful laser pulses to excite atoms, causing one electron to be ejected and another to move to a higher energy state within the atom. They discovered that these two electrons became entangled during this process. The timing of the ejected electron's departure was linked to the energy state of the remaining electron, with differences measured in attoseconds—a billionth of a billionth of a second.
This precise measurement of entanglement formation could have significant implications for quantum technologies, such as computing and secure communication. Understanding how entanglement develops at such rapid timescales may lead to advancements in controlling quantum systems and enhancing the security of #quantum communications.
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