Engineering Alert: Bubble Fusion
Researchers have replicated their previous success with contained fusion reactions.
Bubble fusion utilizes ultrasonic sound waves to create and implode bubbles within a deuterium-acetone bath, producing brief, isolated fusion reactions as the deuterium is compressed during the contraction phase. By varying the rate and frequency of a standing wave, the fusion can be produced at a controlled rate.
This replication was conducted under the scrutiny of much more accurate instrumentation, thus providing internal corroborating evidence, and expanding upon known data. Independent peer review has not yet been conducted. And we do want peer review; remember cold fusion?
Bubble fusion utilizes ultrasonic sound waves to create and implode bubbles within a deuterium-acetone bath, producing brief, isolated fusion reactions as the deuterium is compressed during the contraction phase. By varying the rate and frequency of a standing wave, the fusion can be produced at a controlled rate.
This replication was conducted under the scrutiny of much more accurate instrumentation, thus providing internal corroborating evidence, and expanding upon known data. Independent peer review has not yet been conducted. And we do want peer review; remember cold fusion?
posted by Jar(egg)head at 08:48
1 Comments:
Ahh...cold fusion...I wonder where Pons/Fleischmann are today. Teaching High School Chemistry? Hiding from all those people who ran out and bought stockpiles of Palladium in hopes of becoming the Fusion Moguls of the 1980s? :)
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