Nanoworld Laboratory · since 2005
A structured prior-art catalogue of work by A. Kushelev: protein secondary-structure modelling, microwave dielectric energy sources, fractal antennas, and the geometric theory of electron shells. Each direction carries an evidence level and links to peer-reviewed publications.
English content is currently in draft and pending author review. The Russian version is the source of truth — see /ru/.
A ring-polyhedral model of amino acids, ported from a 2010 MAXScript implementation to a Python web service. The approach maps DNA codons directly to secondary-structure types, bypassing energy-based folding simulation.
A line of work on monocrystalline dielectric resonators and clean microwave energy sources, developed since the late 1990s in collaboration with laboratories at Moscow State University, Moscow Power Engineering Institute, and Bauman Moscow State Technical University.
Geometric approaches to fractal antennas and whispering-gallery resonators documented in Nanoworld Laboratory publications since 2005. The line is thematically close to products developed by Fractal Antenna Systems.
A geometric approach to modelling the electron shells of atoms and molecules as polyhedra assembled from rings, where each ring corresponds numerically to the number of electrons on the outer shell. The model serves as the computational foundation for PicoFold and other applied directions.
Note: RSCI was excluded from Web of Science by Clarivate in 2022 due to sanctions. Indexing claims here include only currently active databases.
A structured prior-art catalogue and a credible witness of the peer-reviewed publications of the Nanoworld Laboratory. Every direction carries an evidence level (A — experimental data; B — theory with testable predictions; C — hypothesis; D — speculation) and a contact point for potential collaboration.
The flagship operational product of the PicoFold direction is picofold.com, a scientific web service that predicts protein secondary structure from a DNA sequence.
Selection criteria and editorial policy live on the Methodology page.