I'm curious, how exactly does one achieve fusion? I've heard it's incredibly difficult and requires immense amounts of energy. Can you walk me through the process and the challenges involved in making fusion a viable source of energy? I'm particularly interested in understanding the physics behind it and the current state of research in this field.
In addition to high temperatures, a sufficient plasma particle density is also crucial. Plasma, the fourth state of matter, consists of ionized particles that can collide and fuse under the right conditions. A high particle density increases the likelihood that these collisions will occur.
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TommasoSat Sep 28 2024
Another essential factor is confinement time. Plasma has a tendency to expand rapidly, making it difficult to maintain within a controlled environment. Sufficient confinement time is necessary to hold the plasma in place long enough for fusion to occur.
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MartinoSat Sep 28 2024
Fusion, the process of combining atomic nuclei to release energy, is a promising source of clean and abundant power. However, achieving it in a controlled environment, such as a laboratory, poses significant challenges.
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CosmicDreamWhisperSat Sep 28 2024
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MartinaSat Sep 28 2024
One of the primary requirements for fusion to occur is the attainment of extremely high temperatures. These temperatures are necessary to provoke high-energy collisions between atomic nuclei, which are the basis for the fusion reaction.