Physics

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Stories about Physics

Meet the skyrmions: exotic quasiparticles could revolutionise computing

Artificial intelligence & IT

Unique physical properties of these “magic knots” might help to satisfy demand for IT power and storage using a fraction of the energy

Stealing from the sun: doubling the efficiency of solar energy capture

Nanotech & Materials

The dream of highly efficient solar conversion to meet the world's growing energy demands is a step closer

Shaping the sound of time

Culture & Society

The countless uses of particle accelerators

Culture & Society

How do these FET experts see the future?

Culture & Society

“Microscopic Lego” for scientists to develop materials of tomorrow

Nanotech & Materials

Journey to the limits of nature: the rise of quantum computers

Artificial intelligence & IT

Our computers, even the fastest ones, seem today unable to withstand the needs of the enormous quantity of data in our technological society. That’s why scientists are working on computers using quantum physics, so much faster and powerful than conventional ones

Research projects about Physics

QuProCS

Building probes to simulate quantum systems

NANODRIVE

Building complex polymeric materials via self-assembly

HYSCORE

Breaking conventional communication networks using quantum entanglement

ARTIMATTER

Creating thin layers of graphene as building blocks for new types of materials

Browse all FET projects

Physics

Stories about Physics

Meet the skyrmions: exotic quasiparticles could revolutionise computing

Artificial intelligence & IT

Unique physical properties of these “magic knots” might help to satisfy demand for IT power and storage using a fraction of the energy

Stealing from the sun: doubling the efficiency of solar energy capture

Nanotech & Materials

The dream of highly efficient solar conversion to meet the world's growing energy demands is a step closer

Shaping the sound of time

Culture & Society

The countless uses of particle accelerators

Culture & Society

How do these FET experts see the future?

Culture & Society

“Microscopic Lego” for scientists to develop materials of tomorrow

Nanotech & Materials

Journey to the limits of nature: the rise of quantum computers

Artificial intelligence & IT

Our computers, even the fastest ones, seem today unable to withstand the needs of the enormous quantity of data in our technological society. That’s why scientists are working on computers using quantum physics, so much faster and powerful than conventional ones

Research projects about Physics

QuProCS

NANODRIVE

HYSCORE

ARTIMATTER

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