Row 30747

Row ID: 30747 | Dataset Entry | Axioma AXP Content Repository

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Hi, I had an interesting thought.

If hypothetically an LLM like ChatGPT or some other scientific variant when fed a question like "How do you make a room temperature superconductor" after several iterations comes up with a coherent answer that in fact works when tested who then gets the Nobel? The scientists who actually made the theoretical substance and categorized it, the folks who asked the right question to obtain condensed matter's Holy Grail ?

prompt 1: Hi, what would be required to make a superconductor that works at room temperature?

prompt 2: There are hypothetical mechanisms that use pairs of electrons and holes with a reversed spin to generate "Type III" superconductivity which may be stable at much higher temperatures than cuprates.

prompt 3: There were some interesting papers I found suggesting that at least one quenching mechanism of conventional Type II superconductors was due to interaction between point defects similar to the sort of degradation found in OLED screens with extended usage and the electron pairs. Reducing defects in GaN led to the development of blue LEDs and if memory serves the way to do this here was using a dual flow MOCVD reactor. It is possible that causing the defects to migrate under a strong electric field during one of the annealing steps may yield a higher critical temperature on its own without changing the composition.

[https://chatgpt.com/c/917aa03b-b345-403f-9aa6-65262565e7f1](https://chatgpt.com/c/917aa03b-b345-403f-9aa6-65262565e7f1)

FieldValue
text Hi, I had an interesting thought. If hypothetically an LLM like ChatGPT or some other scientific variant when fed a question like "How do you make a room temperature superconductor" after several iterations comes up with a coherent answer that in fact works when tested who then gets the Nobel? The scientists who actually made the theoretical substance and categorized it, the folks who asked the right question to obtain condensed matter's Holy Grail ? prompt 1: Hi, what would be required to mak…
label r/chatgpt
dataType post
communityName r/ChatGPT
datetime 2024-05-21
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Raw Record

{
  "text": "Hi, I had an interesting thought.\n\nIf hypothetically an LLM like ChatGPT or some other scientific variant when fed a question like \"How do you make a room temperature superconductor\" after several iterations comes up with a coherent answer that in fact works when tested who then gets the Nobel? The scientists who actually made the theoretical substance and categorized it, the folks who asked the right question to obtain condensed matter's Holy Grail ?\n\nprompt 1: Hi, what would be required to make a superconductor that works at room temperature?\n\nprompt 2: There are hypothetical mechanisms that use pairs of electrons and holes with a reversed spin to generate \"Type III\" superconductivity which may be stable at much higher temperatures than cuprates.\n\nprompt 3: There were some interesting papers I found suggesting that at least one quenching mechanism of conventional Type II superconductors was due to interaction between point defects similar to the sort of degradation found in OLED screens with extended usage and the electron pairs. Reducing defects in GaN led to the development of blue LEDs and if memory serves the way to do this here was using a dual flow MOCVD reactor.  It is possible that causing the defects to migrate under a strong electric field during one of the annealing steps may yield a higher critical temperature on its own without changing the composition. \n\n[https://chatgpt.com/c/917aa03b-b345-403f-9aa6-65262565e7f1](https://chatgpt.com/c/917aa03b-b345-403f-9aa6-65262565e7f1)\n\n",
  "label": "r/chatgpt",
  "dataType": "post",
  "communityName": "r/ChatGPT",
  "datetime": "2024-05-21",
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