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The result foreshadows a leap in computational capabilities, with researchers now inviting experts around the globe to reproduce the groundbreaking measurement.

A team of Aalto researchers demonstrated how the Finnish quantum computer Helmi can be used to understand topological quantum materials, providing a stepping stone to designing exotic quantum materials with quantum computers

The Doctoral School in Quantum Technology and the industrial doctorates are now in operation

What are Finland’s strengths in quantum technology? How can Finland ensure it stays on top of the groundbreaking changes quantum technology will cause in the coming years and decades? These are the questions the Finnish Quantum Agenda answers.

Vivian Phan is a BSc graduate of Aalto University’s Quantum Technology studies and worked as part of the Micro and Quantum Systems research group. She shares what it’s like to build a career in a field that’s new and will most likely have its biggest impact years or decades from now.

Aalto University Professor Mika A. Sillanpää, his team and collaborators at the University of New South Wales in Canberra, Australia, have won the Physics World 2021 Breakthrough of the Year. The prize was awarded for establishing quantum entanglement between a pair of macroscopic drumheads – two mechanical resonators that were tiny but still much larger than the subatomic particles that are usually entangled. The award has previously been given for the first direct observation of a black hole and for the detection of gravitational waves, which also received a Nobel Prize.

Quantum computer and many other quantum technologies rely on our ability to generate quantum entangled pairs of electrons. By dynamically controlling two quantum dots near a superconductor, researchers could time the extraction and splitting of entangled Cooper pairs from a superconductor.

Joining teams are expected to operate in a field relevant for quantum technologies

New technique gets around 100-year-old rule of quantum physics for the first time

The team is trying to solve a hundred-year-old mystery of physics with the help of small gold spheres and extremely low temperatures. The observation of tiny gravitational forces between vibrating spheres may solve the mystery.

The elusive quantum mechanical phenomenon called entanglement has now been made a reality in objects almost macroscopic in size. Results published in Nature show how two vibrating drumheads, the width of a human hair, can display the spooky action.