That’s a fascinating claim! While quantum entanglement is a well-established phenomenon in quantum mechanics, determining its exact speed has been a longstanding challenge.
If you could provide a link to the research paper or article that made this claim, I could delve deeper into the study’s methodology, findings, and potential implications.
Here are some questions that might be relevant to the study:
* How did the researchers measure the speed of entanglement? This would involve understanding the experimental setup and the specific techniques used to quantify the entanglement between particles.
* What were the results? Did the study find a definitive speed for entanglement, or did it provide a range or limit?
* How does this finding compare to the speed of light? Is entanglement truly faster than light, or does the measurement suggest a different interpretation?
Please feel free to share any additional details you have, and I’ll do my best to provide a comprehensive and informative response.
If you could provide a link to the research paper or article that made this claim, I could delve deeper into the study’s methodology, findings, and potential implications.
Here are some questions that might be relevant to the study:
* How did the researchers measure the speed of entanglement? This would involve understanding the experimental setup and the specific techniques used to quantify the entanglement between particles.
* What were the results? Did the study find a definitive speed for entanglement, or did it provide a range or limit?
* How does this finding compare to the speed of light? Is entanglement truly faster than light, or does the measurement suggest a different interpretation?
Please feel free to share any additional details you have, and I’ll do my best to provide a comprehensive and informative response.