EPFL: hydrogen, oxygen and heat thanks to a special 'tree'
The Polytechnic University of Lausanne raises the bar for clean energy: a "tree" plant that produces hydrogen, oxygen and heat, exploiting solar energy
The Polytechnic University of Lausanne raises the bar for clean energy: a "tree" plant that produces hydrogen, oxygen and heat, exploiting solar energy
The visual perception of mice is no longer a mystery thanks to the algorithm developed by researchers at EPFL in Lausanne
Soft robotics advances with an arm that combines flexibility and precision: new possibilities for healthcare, agriculture and manufacturing.
EPFL high-tech surgery: a four-armed robotic system that responds to input from the surgeon's hands and feet in the operating room
Neuromodulation is able to deal with more and more neurological symptoms, intervening instantly to reduce or prevent them altogether.
The tandem solar cell never ceases to amaze: the combination of perovskite and silicon also breaks the 32% efficiency barrier.
A drone featuring a variable-sized edible wing can save lives by accessing inaccessible places and delivering food
Vanadium dioxide “remembers” the phase transition it has just had and anticipates the next one. It can revolutionize computing.
The human brain can create structures of up to 11 dimensions, according to scientists. These dimensions, on the other hand, are not perceived in the traditional sense.
Scientists at the École Polytechnique Fédérale de Lausanne (EPFL) in Switzerland have just developed a technique that uses pyrolysis on banana peels.
A very important step (it should be said) in the right direction. Before today, no one with a severed spinal cord has ever walked like this.
The natural compound Urolithin A achieves excellent results in Duchenne muscular dystrophy in mice. We await those of human tests.
Aortic insufficiency now leads to heart transplant. But tomorrow? An EPFL team in Switzerland creates an artificial aorta that supports the heart.
The bird drone developed by the Polytechnic University of Lausanne (EPFL) shows all the potential of flight inspired by that of birds of prey.
The creation of robotic flocks is a done deal. DEAnsect is a robot insect capable of moving with special actuator "muscles" and withstanding blows of all kinds.
A team from the Polytechnic University of Lausanne, Switzerland, works on biodegradable circuits capable of administering a local anesthetic on demand for many days.
After the results of the 2016 animal tests, the results on humans also arrive from the revolutionary translational science applied to the study of Urolithin A (a metabolite obtained from pomegranate) on cellular and mitochondrial health: they were published in Nature Metabolism