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Politics : Formerly About Advanced Micro Devices

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To: Eric who wrote (1576219)12/10/2025 4:51:20 PM
From: bjzimmy1 Recommendation

Recommended By
longz

  Read Replies (2) of 1582942
 
Eric, you've been busted and revealed to be wrong about so much of what you espoused here today.

The statement,
"And by the way I generate all of my electrons with no emissions," made by a Twitter user named "Eric" (handle @EricsElectrons) is not a physically accurate claim in a general context. In physics, all methods used to generate or free electrons require an input of energy, and processes involving the movement or creation of charged particles typically involve some form of emission or energy transfer.

Context of the statement
The user @EricsElectrons appears to be an AI enthusiast whose posts touch upon AI, physics, and energy. The specific quote seems to be a casual or perhaps a rhetorical comment, rather than a serious scientific claim. It's likely a playful or provocative assertion within a specific online discussion, perhaps about "clean" energy or the nature of electricity.

The physics of generating electrons
In reality, electrons are elementary particles that are already present as a fundamental component of all matter. Electrical power generation does not "create" electrons; rather, it uses a power source (like a power plant, solar panel, or battery) to move the existing electrons through a circuit, creating an electric current.
Methods to "free" or generate a flow of electrons (e.g., in a vacuum tube or for research) include:
  • Thermionic emission: Heating a material to a high enough temperature that electrons escape (e.g., in old cathode ray tubes). This process involves heat emissions.
  • Photoelectric effect: Shining light of a sufficient frequency on a material to eject electrons. This involves the emission or absorption of photons.
  • Field emission: Using a strong electric field to pull electrons from a surface through quantum tunneling.
  • Radioactive decay: Certain radioactive isotopes undergo beta decay, which involves the creation and emission of an electron and an antineutrino. This is a nuclear emission process.

All of these processes require an energy input and result in some form of emission or energy conversion, making the idea of generating electrons with "no emissions" (in the sense of zero byproducts or energy loss) fundamentally impossible according to the laws of physics, especially the conservation of energy.
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