Wow I'm glad I found this channel. I'm on my alt account currently but I'm probably going to watch all your videos to catch up to speed. I'm currently learning a lot of these things and why you showed up on my feed. One of the best I've seen with this kind of material.
Right on Joel! Great direction. Getting straight into biochemistry! Magnesium porphyrin rings and glucose. We can harvest energy from plants. But what do I know.
I'm envisioning terrariums specialized for different types of bacteria to generate specific off gasses. Infinite tap of CO2, O2, NH2, whatever you need pulled into vacuum tubes. Tuning is gonna be a continuous and problematic, but I'd wager homeostasis will naturally drive towards an equilibrium with proper supervision.
check out Dan Sheehan's work at U San Diego and especially his book with Capek. The key is strongly coupled nonequilibrium steady state systems with engineered boundary conditions. chemical energy states are larger than thermal energy states, so you generally need to use adsorbtion chemistry to see these effects because the bond energies are more comparable to thermal states.
Theirs a way to harness hydrogen from water without burning it in a closed system using cold electricity using the mist thats gets pressurized. Cold electricity is such an odd phenomenon supposedly it has time bending antigravity properties
Wow I'm glad I found this channel. I'm on my alt account currently but I'm probably going to watch all your videos to catch up to speed.
I'm currently learning a lot of these things and why you showed up on my feed. One of the best I've seen with this kind of material.
There are many things you can learn. I am interested in this kind of learning.
I agree with you. It would be good to chemically do it but in solid state.
Right on Joel! Great direction. Getting straight into biochemistry! Magnesium porphyrin rings and glucose. We can harvest energy from plants. But what do I know.
Yeah I just don't want to be the one to flat out make the claims so I present you with all this info so you all can make your own conclusions :)
This can also take us into the direction of biochemical anti gravity.
I'm envisioning terrariums specialized for different types of bacteria to generate specific off gasses. Infinite tap of CO2, O2, NH2, whatever you need pulled into vacuum tubes. Tuning is gonna be a continuous and problematic, but I'd wager homeostasis will naturally drive towards an equilibrium with proper supervision.
Reminds me of the great pryamids
check out Dan Sheehan's work at U San Diego and especially his book with Capek. The key is strongly coupled nonequilibrium steady state systems with engineered boundary conditions. chemical energy states are larger than thermal energy states, so you generally need to use adsorbtion chemistry to see these effects because the bond energies are more comparable to thermal states.
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Theirs a way to harness hydrogen from water without burning it in a closed system using cold electricity using the mist thats gets pressurized. Cold electricity is such an odd phenomenon supposedly it has time bending antigravity properties
Lmao there is a lot of tech like this. Solar panels, photodiodes, leds. You are just explaining tech that already exists.