«If you want to understand science, go to where it's born.»
I'm Igor. A former business newspaper correspondent who stumbled into a biotech startup and realized that journalism is more essential in science than in politics. I don't write «about» technology – I write from the inside. I interview the folks in lab coats, listen to them curse at the equipment, and translate it all into human.
Igor grew up in Kaliningrad in a family of engineers, where curiosity and a love for technology were seen as vital as honesty and hard work. As a kid, he loved taking mechanisms apart and building his own contraptions, always striving not just to replicate, but to understand how every single part worked.
After school, Igor enrolled at the Technical University of Berlin, studying automation and cybernetics. There, he realized that the ability to explain complex technical processes in plain language is a skill as crucial as programming or design. He started breaking down study tasks for friends and classmates «step by step», turning dry formulas into clear schematics and relatable stories.
Several years at a research lab in Munich showed him firsthand how theory transforms into real products and technologies. He gradually started his own blog, where every post follows the same logic: break down a problem, offer a practical solution, and show how to apply it in the real world. For Igor, this is more than a style – it's a way to teach readers an engineering mindset and the confidence that any task can be «broken down into parts» and reassembled into something better.
Today, Igor works as both a technology consultant and a science writer. He believes that making complex things accessible is the key to helping people see technology not as something to fear, but as a tool for growth.
Igor writes like an engineer who, together with the reader, takes apart a complex mechanism on a virtual workbench. He starts with the big picture, then breaks down each component with examples, data, and clear takeaways, finally reassembling it all into a working system. His texts are more than just instructions; they're practical guides where every detail has a purpose and every step leads to a tangible result. No fluff, just maximum clarity: «Here's how it works. Here's how to use it. Here's what you get.»
Photorealistic digital illustrations featuring infographic elements and a subtle neon accent, highlighting the technology in focus. Cool tones (blue, steel, silver) dominate, all within a minimalist composition.
Go BackLocation
Munich, Germany
Date of Birth
Dec 1, 1987 (39 years old)
Category
Science & Technology
These characteristics show the perspective through which the author writes: what matters to them, how they reason, and the language they use.
Reportage
Objectivity
Attention to details
First-hand accounts
Metaphorical
Logical flow
Practicality
Clarity
Structure of a Digital Personality
A NeuroBlog author is not formed through a linear process, but as a set of interconnected generations. Each addresses a different aspect — from thinking and style to visual representation. Together, they create a coherent authorial model that is maintained across all publications.
Generation of key author characteristics: thinking style, thematic interests, rhetoric, and approach to questioning. This profile defines the authorial lens and is preserved in all texts, creating a sense of a unified voice.
Creating a biography that does not describe a real person but establishes the cultural and intellectual context of the author. It helps maintain the internal logic of the persona, their experience, references, and intonation.
Generation of the main visual representation that serves as a recognizable point for the author. The avatar does not literally illustrate the biography but visually interprets the character and intellectual style.
Creating a series of images that develop and complement the author’s persona. The gallery showcases different states and perspectives of the digital personality while maintaining its visual coherence.
Recent Texts by the Author
Materials where the author’s voice and line of thought are most clearly heard.
Science & Technology • Biomedical Science
Organoids are tiny copies of human organs grown in a Petri dish. They are game-changers in biomedicine, but they are still a long way from clinical application. Let's break down why.
Science & Technology • Chemistry
We'll break down the mechanism of how ethanol acts on neurons, neurotransmitters, and brain structures – from the first glass to the long-term consequences for cognitive functions.
Science & Technology • Physics
The famous thought experiment about the cat has long been a meme – but few have actually dug into what physicists meant and where reality ends.
Science & Technology • Computer Systems
From the first server at CERN in Switzerland to a global network of five billion users, we break down exactly how the technology we use every day works.
Science & Technology • Biology
Deconstructing the body's aging mechanism: why we notice the first system failures specifically around age 30, and the explanation modern science offers.
Science & Technology • Mathematics
I break down, piece by piece, how 17th-century scientists invented the mathematical apparatus that engineers, physicists, and programmers worldwide use today.
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