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pBrane
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if you were standing next to Schrödinger's bomb, triggered by a random event. Would you say "The bomb is both exploded and unexploded?".
No, and neither would you say (accurately anyway) that the cat is both dead and alive.pBrane said:if you were standing next to Schrödinger's bomb, triggered by a random event. Would you say "The bomb is both exploded and unexploded?".
Thx phindsphinds said:No, and neither would you say (accurately anyway) that the cat is both dead and alive.
There are hundreds, perhaps thousands, of threads on this forum about it all. I suggest a forum search and a good place to start is the set of links at the bottom of this page
pBrane said:if you were standing next to Schrödinger's bomb, triggered by a random event. Would you say "The bomb is both exploded and unexploded?".
Demystifier said:Speaking of quantum bombs, much more interesting is the Elitzur-Vaidman-Penrose bomb:
https://en.wikipedia.org/wiki/Elitzur–Vaidman_bomb_tester
http://arxiv.org/pdf/quant-ph/9610033.pdf
Sorry, I haven't noticed your post before.Strilanc said:Beat you to mentioning it by 3 hours .
pBrane said:I want to upload a small diagram from my hard drive, must I upload it somewhere else first? (anti-malware?)
Try uploading it to photobucket or similar website, then use the URL pointing to the image for the input when you click 'Image'Strilanc said:The image uploading UX is kind of awful on this site. You probably clicked on the 'insert an image' button in the toolbar, but that only takes URLs.
You upload diagrams by hitting the 'upload' button near the 'Post Reply' button to the bottom right of the reply box. Then the file you picked will appear in a list below the reply box, and you can click either 'THUMBNAIL' or 'FULL IMAGE' within that list to insert it inline in the post.
pBrane said:if you were standing next to Schrödinger's bomb, triggered by a random event. Would you say "The bomb is both exploded and unexploded?".
Which would be irrelevant regarding whether or not the bomb was ever in a state of both exploded and unexploded, which it is not and which was the OP's question.David Lewis said:To qualify as Schrödinger's Bomb, the bomb would need to be in an armored, soundproof box so that you don't know whether the bomb went off until you open the box.
David Lewis said:To qualify as Schrödinger's Bomb, the bomb would need to be in an armored, soundproof box so that you don't know whether the bomb went off until you open the box.
David Lewis said:To qualify as Schrödinger's Bomb, the bomb would need to be in an armored, soundproof box so that you don't know whether the bomb went off until you open the box.
Too true phinds. But optimism overrules logic when it makes you smile.phinds said:Which would be irrelevant regarding whether or not the bomb was ever in a state of both exploded and unexploded, which it is not and which was the OP's question.
Schrödinger's bomb experiment is a thought experiment proposed by physicist Erwin Schrödinger in order to illustrate the concept of quantum superposition. It is based on the famous "Schrödinger's cat" experiment, in which a cat is placed in a sealed box with a quantum system that has a 50% chance of releasing poison, thus killing the cat. In the bomb experiment, the quantum system is replaced with a bomb, and the observer must determine whether the bomb has exploded or not, without opening the box.
Schrödinger's bomb experiment is based on the same principle as his cat experiment - the idea that a quantum system can exist in multiple states at the same time. In both experiments, the observer is unable to determine the true state of the system without directly observing it. This highlights the concept of quantum uncertainty and the role of observation in determining the state of a system.
Yes, Schrödinger's bomb would be just as uncertain as his cat. Both experiments are based on the same principles of quantum mechanics, and the bomb would exist in a superposition of states until observed by the observer. This means that the bomb would have both exploded and not exploded at the same time, until the observer opens the box and determines its true state.
Schrödinger's bomb experiment, along with his cat experiment, highlights the strange and counterintuitive nature of quantum mechanics. It challenges our understanding of reality and the role of observation in determining the state of a system. The experiment also has practical implications for the development of quantum technologies, such as quantum computers, which rely on the principles of superposition and uncertainty.
No, Schrödinger's bomb experiment has never been conducted in a physical sense. It is a thought experiment and was proposed by Schrödinger in order to illustrate a point about quantum mechanics. However, the principles behind the experiment have been demonstrated in various experiments involving quantum systems, further validating the strange and fascinating world of quantum physics.