Submitted by Luis Georg on Tue, 06/14/2016 - 11:30
Researchers’ experiment didn't go as planned, resulting into the formation of nanorods by chance, they closely analyzed the microscopic, unplanned spawns of science. Using a vapor analysis instrument, Chemist Satish Nune was scrutinizing the solid, carbon-rich nanorods, and he noticed that the nanorods strangely lost weight with the rise in humidity.
Nune and his colleagues thought that the instrument had malfunctioned, and shifted their attention to another tool, a high-powered microscope.
Submitted by Luis Georg on Sat, 06/11/2016 - 12:00
Researchers have turned carbon dioxide into stone. Naturally, this process can take a lot of time, but its speed-up version to just months. Researchers believe that the ability to capture and store carbon dioxide could help cut the level of greenhouse gases in the atmosphere.
Study’s lead researcher Juerg Matter from the University of Southampton, UK, said that it is the best way to deal with carbon dioxide, turn them into stone. The experiment was carried out by a research team being led by Juerg Matter from the University of Southampton.
Submitted by Luis Georg on Fri, 06/10/2016 - 06:14
Scientists have found a way to turn carbon dioxide into rock. Natures can perform the task but may take thousands of years. In the new method, the researchers have mixed carbon dioxide with water and then injected the mix into basaltic rock and there it solidified into veins.
Submitted by Luis Georg on Sat, 06/04/2016 - 07:46
A very useful system has been developed by a team of Harvard researchers that imitates the process of photosynthesis therefore it has been named as bionic leaf or artificial leaf.
The new system stores the sun energy and converts the same into chemical energy using a hybrid mechanism of inorganic chemistry and living organisms. As per the researchers, the efficacy level of the process is far better than any other similar system and in fact, photosynthesis as well.
Submitted by Karan Gosal on Tue, 03/01/2016 - 13:14
MIT researchers claim they have created an algorithm that warns ships 2-3 minutes before rogue waves appear. Generally, rogue waves are twice as high as other waves and during rare circumstances, can reach 100 feet in height.
They can obviously prove quite destructive, both in terms of life and property. Though, two-three minutes don’t sound much, but in comparison to literally zero notice, the offered time can save life and help the crew manage the damage to some extent.
Submitted by Luis Georg on Thu, 11/12/2015 - 16:42
Rapid cooling of high temperature plasma using a new confinement technique could be helpful in changing the way we look at fusion energy, according to a new research. The research team found that high-temperature and high-density plasma could be confined using strong magnetic fields and this could lead to further advancement of fusion energy techniques.
Submitted by Safar Haddad on Fri, 10/16/2015 - 10:11
Scientists have come up with a way to boost the efficiency of light-harvesting systems by using genetically engineered viruses. The Massachusetts Institute of Technology reported that the researchers got their feat via exotic effects of quantum mechanics named as 'quantum weirdness'. The effects include fascinating ability of a particle to be present in more than one place in space and time.
Submitted by Karan Gosal on Tue, 10/07/2014 - 13:18
Students from University of Montana have opposed Environmental Protection Agency's (EPA) plan to put a tax on carbon. According to the students, the plan couldn't be effective for Montana's high energy production capability.
Last week, Montana Department of Environmental Quality had discussed the issue in a public meeting held in Missoula.
Submitted by Safar Haddad on Mon, 10/06/2014 - 13:36
Currently, solar energy is created with panels, which are then connected to external batteries to charge. Normally about 20% of the power generated by solar panels is lost in the transfer of electricity to the battery storage.
But now, researchers at The Ohio State University have created a hybrid device, which capable of revolutionizing the solar power industry.