The hybrid photovoltaic system produces electricity and water in the desert
Photovoltaics can help produce electricity and water by developing a new irrigation system for the desert.
Photovoltaics can help produce electricity and water by developing a new irrigation system for the desert.
Magnetically guided microrobots of different shapes are able to take, store and distribute drugs in the first in vitro tests.
A new bio-ink allows the creation of precise blood vessels: today models for studying diseases, tomorrow spare parts.
A special glue that increases its bond depending on the electrical charge it receives has entered the market with a special mission: to repair blood vessels. And not only.
A special greenhouse developed by the University of Singapore can feed plants by obtaining water from water vapor in the atmosphere.
The University of Singapore develops an electrode capable of receiving and sending signals to plants: the developments are innumerable.
A new method called stereolithography will allow us to print 3D organs with more detail and much, much faster.
A special airgel “sandwich” that mimics camel hair can cool and keep food and medicines fresh without using electricity.
A new hydrogel manufacturing technique brings closer the development of new diagnostic and therapeutic contact lenses, capable of collecting and analyzing our tears to understand and heal.
Two thin sheets of glass with a "filling" of water, hydrogel and stabilizer: the liquid window is born, a revolution for energy saving
Nanocellulose can be used to sample water, or eliminate microplastics directly where they are produced.
Using exoelectrogenic bacteria to produce energy solved the problems that prevented the creation of a biohybrid living battery.
Profusa Lumee, a biosensor capable of detecting changes in the body due to infection, can report infection for up to 3 weeks before seeing its symptoms.
A device that quickly cools drinks thanks to the Peltier effect. The Juno instant fridge is already selling, but it will also inspire bigger solutions.
The robots of the future will not have skin inspired by human skin, but decidedly better, more similar to that of an octopus. This special type of skin lights up and changes color if it is touched, it is elastic and can stretch up to 500%, it senses touch and pressure. Not bad for a robot. This is the first hi-tech skin inspired by the octopus, which could make the robots of the future camouflage. The skin of the future was described in the journal Science. This is the invention from… Read more