Self powered robotic fish operating in Mariana Trench at a depth of 10,900m.
Silicone based. No/little metal. Bio-mimic without a traditional power plant. Imagine how hard it would be for a submarine to track them down.Self powered robotic fish operating in Mariana Trench at a depth of 10,900m.
From what I have beard this robot was mostly a "proof of concept" to show if all these ideas were working correctly.Silicone based. No/little metal. Bio-mimic without a traditional power plant. Imagine how hard it would be for a submarine to track them down.
Now imagine if they could scale up to dolphin/ray sized with speed that is similar to a submarine in silent mode (i.e. battery powered). With AI it would be an stealthy way to patrol waterways and track adversary submarines. Add a small shaped explosive, and it can attach itself to a submarine and blow itself up.
The difficulty would be power storage and recharging. There are solutions for that too however. For example, having a mothership disguised as fishing boat etc that serves as a charging station.
Self powered robotic fish operating in Mariana Trench at a depth of 10,900m.
Do submarine track/detect EM radiation? Because submarine will detect those.Silicone based. No/little metal. Bio-mimic without a traditional power plant. Imagine how hard it would be for a submarine to track them down.
Now imagine if they could scale up to dolphin/ray sized with speed that is similar to a submarine in silent mode (i.e. battery powered). With AI it would be an stealthy way to patrol waterways and track adversary submarines. Add a small shaped explosive, and it can attach itself to a submarine and blow itself up.
The difficulty would be power storage and recharging. There are solutions for that too however. For example, having a mothership disguised as fishing boat etc that serves as a charging station.
As far as I know, all the current implementations are hard-coded for a specific computation. You have to re-wire the hardware to do a different job.2. The Chinese experiment is not reprogrammable. So basically all the work from research to design to implementation was hard-coded from the start. So if you want to do something else with this quantum "computer" you cant because the experiment was made specifically to solve one algorithm.
That is interesting. Basically it is replicating the natural process of crude oil.Is China the only country doing research in this field?
from CnTechPost
China makes major breakthrough in converting solar energy into liquid fuel
March 15, 2021
China has made a breakthrough in converting solar energy into liquid fuels, with a project producing a liquid product with 99.5% methanol content, according to .
The success, which was achieved in January 2020 and recently received CCTV coverage, is the first attempt to synthesize direct solar fuels on a global scale.
The project, if operating at full capacity, could produce 1,500 tons of methanol per year, consume 2,000 tons of CO2 and generate 15 million kWh of electricity using solar energy, the report said, citing experts.
China's annual methanol production capacity is about 80 million tons, and in 2019, China accounted for 29 percent of global CO2 emissions. If solar fuel is used to synthesize methanol, hundreds of millions of tons of CO2 can be reduced each year.
The research work on "artificial photosynthesis for solar fuels production" started in 2001: the first step is to turn light into energy in the form of photovoltaic power, the second step is to electrolyze water to make hydrogen, and the third step is to hydrogenate carbon dioxide to make methanol.
Researchers have calculated that each ton of hydrogen produced by electrolysis of water is equivalent to 33,000 kWh of electricity stored. Converting electrical energy into chemical energy is the most efficient chemical energy storage reaction.
If methanol is used as a fuel instead of coal, PM2.5 emissions will be reduced by more than 80% and NOx by more than 90%.