Circa 2017
Livescience.com | By LIVESCIENCE
Two tiny diamond anvils have been used to squeeze hydrogen to high enough pressures to produce solid metallic hydrogen, a long-theorized form of the element.
We’ve finally made a room-temperature superconductor, so materials that transport electricity without wasting any of it are within our grasp.
Will this enable people to make super strong concrete the future? 🙂
Scientists in Japan have found a rare mineral in concrete walls of a decommissioned power plant, which is as strong as concrete the Romans used.
Using ocean/sea waves for power. 😃
This is the Eco Wave Power, an innovative and affordable technology that produces clean, renewable energy from ocean waves. (More info: https://youtu.be/BrDua3j1U3M)
The automaker is doggedly sticking with the clean fuel that has taken a backseat to batteries. The hydrogen-generation station at the Long Beach port, the first that’s megawatt-scale and 100% renewable, will fuel arriving Toyota Mirai sedans and its Project Portal semi.
Good to see that geothermal is finally starting to be rolled out — this time in Canada.
A small company in Saskatchewan is building what could become Canada’s first geothermal power plant, which could launch a green revolution for the energy industry and the people who work in it.
Continue reading “Geothermal discovery could launch green revolution for energy industry” »
For many automakers, hydrogen fuel cell power isn’t the future of the automobile. But after seeing the SCG 009, we might want to give hydrogen a chance.
A thermoelectric device is an energy conversion device that uses the voltage generated by the temperature difference between both ends of a material; it is capable of converting heat energy, such as waste heat from industrial sites, into electricity that can be used in daily life. Existing thermoelectric devices are rigid because they are composed of hard metal-based electrodes and semiconductors, hindering the full absorption of heat sources from uneven surfaces. Therefore, researchers have conducted recent studies on the development of flexible thermoelectric devices capable of generating energy in close contact with heat sources such as human skins and hot water pipes.
The Korea Institute of Science and Technology (KIST) announced that a collaborative research team led by Dr. Seungjun Chung from the Soft Hybrid Materials Research Center and Professor Yongtaek Hong from the Department of Electrical and Computer Engineering at Seoul National University (SNU, President OH Se-Jung) developed flexible thermoelectric devices with high power generation performance by maximizing flexibility and heat transfer efficiency. The research team also presented a mass-production plan through an automated process including a printing process.
The heat energy transfer efficiency of existing substrates used for research on flexible thermoelectric devices is low due to their very low thermal conductivity. Their heat absorption efficiency is also low due to lack of flexibility, forming a heat shield layer, e.g., air, when in contact with a heat source. To address this issue, organic-material-based thermoelectric devices with high flexibility have been under development, but their application on wearables is not easy because of its significantly lower performance compared to existing inorganic-material-based rigid thermoelectric devices.
Leveraging new tech, DARPA aims for night-vision goggles the size and weight of regular eyeglasses.
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Continue reading “Night-Vision Revolution: Less Weight, Improved Performance” »
Circa 2014
A NASA study has recently concluded that the “Cannae Drive,” a disruptive new method of space propulsion, can produce small amounts of thrust without the use of propellant, in apparent discordance with Newton’s third law. According to its inventor, the device can harness microwave radiation inside a resonator, turning electricity into a net thrust. If further verified and perfected, the advance could revolutionize the space industry, dramatically cutting costs for both missions in deep space and satellites in Earth orbit.
The basic principle behind space propulsion is very simple: for every action, there is an equal and opposite reaction. Use a rocket engine to throw mass one way, get propelled the other way. And according to the law of conservation of momentum, the more mass you throw behind you and the faster you throw it, the stronger your forward thrust will be.
Continue reading “NASA says puzzling new space drive can generate thrust without propellant” »
