The University of Latvia’s (UL) greatest achievements in quantum research are in quantum computing and software algorithm research. A group led by professor Andris Ambainis, head of the Centre for Quantum Computing Science at the Faculty of Computing, is working at the highest level of mathematical abstraction and developing solutions that speed up the optimisation of abstract problems, which can then accelerate a wide variety of practical tasks.
The Latvian Quantum Initiative was launched last year. It has two main areas of activity: research and education.
“In the Latvian Quantum Initiative, we will develop a full-cycle exhibition of quantum devices in Latvia, from materials synthesis and device fabrication to the characterisation of quantum advantage in measurements and mathematical modelling of observed quantum effects. All the conditions are ripe in Latvia for us to target the quantum advantages of the materials and technologies that are possible in Latvia. For example, the Institute of Solid State Physics at the UL has a very deep expertise in materials science and the ability to develop new unique solutions based on knowledge of physics and chemistry. They have the hardware and the clean rooms to build quantum devices in Latvia,” says Kaščejevs, professor and lead researcher at the Faculty of Physics, Mathematics, and Optometry at the UL.
