Magnonics Laboratory

Research in spin waves and development of innovative equipment for science and industry. We offer highly accurate solutions for studying spin wave dynamics, magnetic research, and creating advanced magnonic devices.

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About Us

The Magnonics Laboratory of Saratov State University is a research unit specializing in the fundamental and applied aspects of spin dynamics and magnonic technologies. Our scientists work on cutting-edge projects in spintronics, quantum magnonics, and wave processes, offering new solutions for industrial applications and integrating these technologies into the scientific community.

Research Areas

  • Spintronics
  • Magnetism and Biomedicine
  • Terahertz in Antiferromagnets

Projects and Research

Next Generation Spin Wave Filter

This project focuses on developing a spin-wave filter that significantly improves the quality of signal processing in the gigahertz range. Our filters can be used for processing radio frequency signals in telecommunications and radar systems.

Magnonics for Quantum Computing

We are conducting research on magnonic quantum systems that can be used in quantum computing. The development of magnonic quantum bits (qubits) will open new possibilities for creating highly efficient computational systems.

Spintronics and Medical Applications

We are also exploring the possibilities of applying magnonics in medicine. The use of spin waves for analyzing biological materials will allow the development of new diagnostic methods and improve treatment quality.

Our Equipment

Brillouin Spectrometer

Brillouin Spectrometer

A spectrometer for studying the properties of magnonic waves with high precision, used in numerous experiments for analyzing spin dynamics.

Magnetic Microwaveguide

Microwave Research Equipment

Equipment for generating and studying magnetic waves in the microwave range, allowing modeling and research into new technologies for telecommunications.

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