"Quantum technologies are ceasing to be the domain of a narrow circle of theoretical physicists and are becoming a transversal element of professional training across all sectors – from energy and logistics to pharmaceuticals and finance. In 10–15 years, specialists with quantum competencies will have a significant advantage in the job market, as they will be able to create advantages for their production and businesses through the implementation of quantum technologies.

Today's youth will have to scale the existing 'quantum' experience to create a full-fledged quantum industry and enhance the technological independence of their countries. However, it is extremely difficult to take this path alone – a true breakthrough is born only through open international cooperation, when scientists, engineers, and entrepreneurs from different countries join efforts, exchange ideas, and together turn scientific discoveries into working industrial solutions. Russia is ready to share knowledge with friendly countries – we call on both Russian and international participants of Obninsk NEW, the community of future leaders, to become 'quantum ambassadors' and, through joint projects, research partnerships, and lively professional dialogue, create the quantum future with us," Marina Avilova noted in her speech.

"My advice to young scientists: choose what you will do for your entire life because it will define your lifestyle. It's not just the inspiring atmosphere of conferences and forums, but what determines how you live every day. The routine that others find boring should become your passion. Ask yourself what kind of life you want. I chose my field by talking to mentors and exploring what theoretical physicists and experimenters are passionate about. I made a list of topics, eliminated some, made choices, and eventually arrived at what I have now. Choose the best, follow your heart's desire, and your choice will lead you to your goal."

"To become a scientist in the field of quantum physics, it is first and foremost necessary to build a strong foundation in the fundamental sciences – physics, mathematics, and computational thinking. Students should not be afraid of quantum mechanics, but I see a serious global problem: too much time is devoted to memorizing equations and formalism detached from real practice. I am convinced that education should not be limited to classroom theory – it is important to actively engage students in research projects, internships, and practical training. An equally significant factor is international cooperation: working in a team with colleagues from different countries enriches with mutual experience, allows you to look at problems from a new perspective, and learn from each other. In this, I see the key to the successful development of a young scientist."

The use of "squeezed light" will safely elevate medical diagnostics and research of living organisms to a new level as a whole.

Based on such systems, universal quantum computers can be created for practical applications in solving optimization problems, for example, to improve the efficiency of logistics and production chains.