Ultraviolet silicon engraving allows for chip discounts
A research team at the University of London claims they have succeeded in oxidizing silicon, saving energy in the most important part of the semiconductor industry.
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A research team at the University of London claims they have succeeded in oxidizing silicon, saving energy in the most important part of the semiconductor industry.
If a global warming tomorrow causes flooding and seeping in most coastal urban areas in the world, how will we deal?
Humans and other airborne organisms often drown when there is too much water in the lungs, but Russian scientists have demonstrated that a dog can survive underwater.
Scientists have found a new way to separate cheap and extremely efficient hydrogen and oxygen from water.
Not just smartphones, lithium-oxygen batteries have been studied for use on electric vehicles.
This device is like carrying fish
A synthetic material that simulates the process of using sunlight to produce oxygen and hydrogen in ways similar to plant photosynthesis that has been successfully devel…
Researchers at Cambridge University successfully built a lithium-oxygen battery, which can be charged 2,000 times, each time with enough energy for electric cars to run…
Australian scientists have successfully developed the technique
Researchers at the University of Wisconsin-Madison are developing techniques that use molecules as a catalyst for energy cells.
US scientists are working on a machine that turns CO2 into oxygen. It is expected that the technology will be completed and put into use in 2020.
In the future we may not need oxygen when we go diving, but just a mask is enough.
US scientists have introduced a method of using a bacterium that converts solar energy into liquid fuels.
Divers in the future need only a thin mask to breathe under water, without the need for oxygen, thanks to a new material capable of absorbing and storing large amounts o…
A recently graduated American student has created an artificial tree that is able to turn water and light into oxygen, a significant advance in science for space travel.