- #1
Stuut
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Hi everyone,
I'm an engineer student, so I'm not an expert in nuclear reactions and subatomic physics, but I had a little thought experiment and I was wondering if there were any reachable subnuclear threshold to improve energy production.
Let's suppose a spherical (with IO) container of melted-salt thorium, for instance. This container is inside a second spherical container (with IO) of a liquid moderator. If we dispose "speakers" homogenously around the outter sphere that vibrates with a pulse of high amplitude at clock speed, the sound wave can be transmitted to the centre of the sphere where pressure increases tremendously (with minimal loss and sufficiently high amplitude).
Then, in the center of the inner sphere, can't we reach a higher reaction threshold ?
Thank you for reading until here and I'm looking for your opinion :)
I'm an engineer student, so I'm not an expert in nuclear reactions and subatomic physics, but I had a little thought experiment and I was wondering if there were any reachable subnuclear threshold to improve energy production.
Let's suppose a spherical (with IO) container of melted-salt thorium, for instance. This container is inside a second spherical container (with IO) of a liquid moderator. If we dispose "speakers" homogenously around the outter sphere that vibrates with a pulse of high amplitude at clock speed, the sound wave can be transmitted to the centre of the sphere where pressure increases tremendously (with minimal loss and sufficiently high amplitude).
Then, in the center of the inner sphere, can't we reach a higher reaction threshold ?
Thank you for reading until here and I'm looking for your opinion :)