Translation. Region: Russian Federal
Source: Novosibirsk State University –
An important disclaimer is at the bottom of this article.
The International School of Quantum Technologies ISQT was held in Moscow, bringing together 30 of the best students from all over Russia. Among the participants were Ksenia Kozlenko and Ekaterina Kozlova, first-year master's students Physics Department of NSUThey passed a competitive selection and presented poster reports, presenting their own research in the field of quantum physics.
— The selection was based on the CV, motivation letter, and recommendation letter. The scientific supervisor told me about the school. I applied and was included in the list of participants. I was very worried, but it turned out I was in vain. The atmosphere was warm and truly student-like. The poster session was not a formal defense before the committee — you could freely communicate, share experiences, ask questions, and listen to others. This was the first conference where I really wanted to stay and talk to everyone, — says Ksenia Kozlenko.
The topic of her speech was the development of a quantum computer on neutral atoms. This architecture is currently being actively developed in the USA, but remains technically complex.
— My task is to model logical operations in the context of quantum computing and find out whether it is possible to simplify the system without losing accuracy. After school, I understood more clearly in what direction to develop, and even found answers to some questions about work. And I also met guys who are truly inspiring — everyone was passionate about their topic and sincerely wanted to share knowledge. This impressed me the most, — Ksenia explains.
Ekaterina Kozlova presented a study on the Hanle effect in the ground state of alkali metal atoms and its application in quantum magnetometry.
— Based on this effect, it is possible to develop miniature and very sensitive magnetometers. They can be used in medicine (for example, for magnetoencephalography), in geophysics, in navigation, for creating magnetic maps, in space and fundamental science. That is, this is not just “theory for the sake of theory”, but a completely practical direction, and I am glad that I was able to present it at such a level, — explains Ekaterina.
One of the most memorable moments for her was a visit to the RCC laboratory, where they work with SQUIDs – superconducting quantum interference sensors.
— These sensors are the main competitors of optically pumped magnetometers, which we make in our lab. It was useful to compare approaches and equipment. We even held a SQUID in our hands and saw how it works — this gave me even more understanding of my topic, — Ekaterina shares.
The students call the poster presentation format particularly valuable.
“It’s like a regular report, only in a live format – communication takes place right next to the poster, you can immediately discuss the nuances, argue, get feedback, and you can also go and see what others are doing and get inspired,” says Ekaterina.
Now the girls continue to work on their research and are preparing to present new results at the upcoming conference – "Nevskaya Photonics".
Congratulations to the girls and we wish them success!
Material prepared by: Yulia Dankova, NSU press service
Please note: This information is raw content obtained directly from the source of the information. It is an accurate report of what the source claims and does not necessarily reflect the position of MIL-OSI or its clients.
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