I wrote a piece a while back on the rise of DIY and garage biology, and this hits the same nerve from the threat side: the danger scales with access to mundane tools, not with anyone inventing a monster. Do you think the realistic controls sit at the level of reagents and synthesis screening, or is that already a losing battle once the knowledge is public?
Hi: I need help from people who love science! Can data center cooling loops recycle electricity from condensation as MIT's groundbreaking 2013 experiments suggest?
As data centers face an unprecedented energy and cooling crisis driven by AI infrastructure, billions are being spent on managing thermal phase changes—specifically evaporation and condensation.
In my latest work at Decoding Science, I’ve outlined a simple backyard citizen-scientist experiment that suggests we fundamentally misunderstand electron behavior during these phase changes. Standard solid-state models predict a neutral net current during condensation on these surfaces, but geometric manipulation reveals a measurable electrical anomaly.
If this anomaly scales, it means the massive humidity and condensation loops already running inside data center cooling infrastructure could be harnessed to harvest electricity directly from waste heat. Perhaps equally significant is how understanding evaporation will facilitate the cooling process.
I’ve laid out the simple, reproducible experiment to prove this effect. Would you be interested in a brief look at how rethinking electron kinetics during condensation could impact the future of data center efficiency?
I’m skeptical. Not just skeptical, but I think a schoolchild will be able to point out some mistakes. Could you do this experiment using a voltmeter and a kettle?
I love your fiction. Beautiful, eerie, and slyly funny as always!
I love this! Did you write other fiction pieces like this before ?
Thank you! And yes, other pieces here: https://www.owlposting.com/s/fiction
That was deeply disturbing, as you probably intended. Bioweapons as alternative consciousnesses!
I wrote a piece a while back on the rise of DIY and garage biology, and this hits the same nerve from the threat side: the danger scales with access to mundane tools, not with anyone inventing a monster. Do you think the realistic controls sit at the level of reagents and synthesis screening, or is that already a losing battle once the knowledge is public?
Hi: I need help from people who love science! Can data center cooling loops recycle electricity from condensation as MIT's groundbreaking 2013 experiments suggest?
As data centers face an unprecedented energy and cooling crisis driven by AI infrastructure, billions are being spent on managing thermal phase changes—specifically evaporation and condensation.
In my latest work at Decoding Science, I’ve outlined a simple backyard citizen-scientist experiment that suggests we fundamentally misunderstand electron behavior during these phase changes. Standard solid-state models predict a neutral net current during condensation on these surfaces, but geometric manipulation reveals a measurable electrical anomaly.
If this anomaly scales, it means the massive humidity and condensation loops already running inside data center cooling infrastructure could be harnessed to harvest electricity directly from waste heat. Perhaps equally significant is how understanding evaporation will facilitate the cooling process.
I’ve laid out the simple, reproducible experiment to prove this effect. Would you be interested in a brief look at how rethinking electron kinetics during condensation could impact the future of data center efficiency?
Best regards,
Thomas Alan White
I’m skeptical. Not just skeptical, but I think a schoolchild will be able to point out some mistakes. Could you do this experiment using a voltmeter and a kettle?
https://en.wikipedia.org/wiki/Hygroelectricityhttps://en.wikipedia.org/wiki/Armstrong_effect are these the effects you are talking about? The problem with this is that the electric energy is tiny compared to the energy of evaporating water.