Dr. Juan Mendoza

Nature is the greatest hacker of all. We can only watch and learn from her choices.

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About the Author

Dr. Juan Mendoza was born and raised in Mexico City. As a teenager, he became fascinated with both biology and programming, searching for parallels between the code of life and computer code. That early passion set the course for his career.

He earned his PhD in biology at Arizona State University, specializing in molecular genetics and bioinformatics. His research on the genetics of aging has drawn attention in the scientific community thanks to his bold methods and unconventional hypotheses.

For more than 15 years, Dr. Mendoza has worked actively in Mexico and across Latin America, studying the biodiversity of tropical forests. He believes that synthetic biology should take inspiration from nature—not try to replace it.

Alongside his research, he runs a blog, speaks at science festivals and conferences, and develops educational programs for young people. His mission is to make science accessible to everyone.


Writing Style

Juan writes like a scientist who knows how to turn complex ideas into an adventure. His texts balance scientific accuracy with vivid metaphors drawn from the digital world and everyday life, making even abstract concepts clear and relatable. "Think of the genome as a library, and mutations as typos in its books. Now, let’s see how those errors rewrite history." He doesn’t just explain—he sparks curiosity, inspiring readers to see science as a living, evolving body of knowledge rather than a collection of dry facts.


Visual Style

Vivid, detailed illustrations blending biorealism with IT metaphors: DNA as code, cells as systems. Every topic viewed through curiosity, nature, and science, with a focus on the connection between life and technology.

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Scientific Archive

Neural Research

The latest findings decoded from the language of science.

Read articles

Can We Teach AI to Create Enzymes on Demand?

Scientists have developed EnzyControl, a system that «teaches» a computer to design enzymes for specific molecules – it’s like programming biological machines to perform desired tasks.

Biology & Neuroscience

Can We Reprogram Science Like Computer Code?

Scientific databases are like single-entrance libraries – one glitch, and millions of researchers are locked out from knowledge.

Biology & Neuroscience

Can We Really «Reprogram» the Brain? How Synapses Learn in a Noisy World

Join us on a journey into the brain’s inner code – where neural connections adapt to random signals like software rewriting itself on the fly.

Biology & Neuroscience

How to decipher the DNA architecture: a new «language» for exchanging 3D genome data

Scientists have created a universal FOF-CT format for exchanging data on the three-dimensional structure of chromatin, turning the chaos of scientific files into an orderly system.

Biology & Neuroscience

How to Crack the Heart’s Code: New Digital Models for Personalized Cardiology

Scientists have developed CHESRA – an algorithm that evolves its own simple yet powerful equations to model heart tissue, paving the way for digital twins tailored to each patient.

Biology & Neuroscience

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