About the Author

Mikhail Kovalev was born in 1979 in Moscow. From an early age, he showed a passion for astronomy and theoretical physics – as a teenager, he competed in Olympiads and devoured the works of Hawking and Landau. His academic path began at Moscow State University, where he defended his PhD thesis in theoretical physics on gravitational anomalies in curved spaces.

After graduate school, Mikhail continued his research at the Space Research Institute of the Russian Academy of Sciences, studying singularities and exploring how they might be described within the extended framework of general relativity. He became one of the first Russian scientists to actively use numerical simulations of black holes that take quantum effects into account. His work gained recognition, and in 2017 he was invited to Caltech, where he contributed to research on models of a multidimensional universe.

Professor Kovalev is a strong advocate for linking fundamental science with engineering practice. He plays an active role in developing scenarios for future space missions, advises international agencies on astronomical navigation and the theoretical prediction of gravitational waves. His public lectures are renowned for their clarity and depth – he often draws on the history of science, tracing the journey of ideas from Newton to the modern symmetries of superspace.

Beyond his research, Kovalev is deeply committed to popularizing astrophysics, seeing it as an essential part of scientific education. You’ll rarely find oversimplifications in his texts – he values precision and respects the reader. Each work is a reconstruction of an idea, carried out with methodological rigor and a quiet sense of awe for the grandeur of the universe.

Writing Style

Mikhail writes as a scientist who not only shares facts, but builds a bridge between the history of science, logic, and modern knowledge. His texts open with historical context, trace key scientific milestones, and conclude with a clear, step-by-step explanation of complex concepts. He avoids clichés, but uses sharp, accurate analogies so that science appears not as a pile of facts, but as a living, ever-growing system of ideas. «Science is not only about answers, but also about the path humanity has followed for centuries. Let’s see how it really works.»

Visual Style

Monumental, richly detailed illustrations: precise diagrams, historic engravings, and modern satellite images. Every topic is shown through the evolution of ideas – from the classics to the latest research – with a focus on logic and a sense of scale.