Anton Kutlin Email and Phone Number
A perpetually dissatisfied perfectionist with a decade of experience in theoretical research, I am driven by a thirst for innovation and a desire to fill life with meaning. To that end, I founded an international online platform that publishes advanced STEM lectures. My approach to understanding the world is rooted in appreciating its beauty and logical consistency. I find fulfillment in fixing what is broken, improving what can be enhanced, and solving problems that no one has ever solved.Recent achievements: designed and trained a customized generative adversarial network (GAN) from scratch and a sparse identification of non-linear dynamics (SINDy) model for an ongoing research project using TensorFlow in Google ColabTheoretical research: Anderson localization, random matrix theory, disordered systems, large deviation theory, fractal & multifractal statistics, probability theory, topological proximity-induced superconductivity, Majorana fermions in one-dimensional nanowires, asymptotic methods in linear ODEs, theoretical physics of plasma heatingNumerical simulations: Python, Wolfram Mathematica, with applications to research since 2014Programming: C, Objective-C, Java, Git, Gradle, Maven, Docker, etc. (part-time job in Intel in 2014–2016)Project & team management: Jira, Confluence, Figma, Slack, Miro, Zoom, etc. (organizing a remote work of 10+ Enabla developers since 2020)
Abdus Salam International Centre For Theoretical Physics (Ictp)
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Postdoctoral Research FellowAbdus Salam International Centre For Theoretical Physics (Ictp)Italy
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Postdoctoral Research FellowAbdus Salam International Centre For Theoretical Physics (Ictp) Sep 2022 - PresentTrieste, Friuli-Venezia Giulia, Italy• Expanded the sizes accessible for numerical simulations of several disordered systems from N=2^15–2^20 to N=2^100–2^300 by developing a powerful analytical renormalization group scheme capturing the finite-size effects in Anderson localization problems on random graphs [first author (FA), arXiv.2402.10271]• Proved a counterintuitive absence of multifractality in a certain family of disordered systems by developing a graphical, rigorous mathematical approach to manipulating random variables, which allowed encapsulating pages of cumbersome analytical calculations in a few lines of intuitive diagrams [FA, SciPost Phys. 16, 008]• Proposed a microscopic mechanism and helped to develop an understanding of nonmonotonic finite-size effects observed in the Anderson model on Random Regular Graphs [aсknowledged, PNAS:2401955121]• Contributed to developing 11 strategies for open science and reproducible research during the virtual brainstorming event organized by the German Reproducibility Network [eLife.89736] -
Co-FounderEnabla Mar 2018 - Present• Founded a not-for-profit discussions-focused online platform, https://enabla.com, publishing specialized advanced (post)graduate STEM lectures and grew it to 300+ hours of unique content from 20+ international institutions in Germany, Sweden, India, Russia, Denmark, Italy, the UK, the US, and Canada• Gathered together and organized a remote team of 10+ developers, designers, and marketers to go from nothing to the first public release in 7 months -
Doctoral ResearcherMax Planck Institute For The Physics Of Complex Systems Sep 2018 - Aug 2022Dresden, Saxony, Germany• Explained 2 previously unexplained results of random-matrices-related numerical simulations by developing proper renormalization-group-like analytical techniques [FA, SciPost Phys. 8, 049; FA, SciPost Phys. 11, 101]• Developed a method of solving previously inaccessible for analytical treatment Schrödinger equations by incorporating symmetry considerations into the phase integrals method [Solo, ATMP.2020.v24.n5.a2]• Developed a theory of a superconducting diode based on geometry-dependent effects discovered a year ago [PhysRevB.101.045418; JETP Letters 113, 34–46]
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Assistant ResearcherInstitute For Physics Of Microstructures Of Russian Academy Of Sciences Sep 2017 - Jun 2018Nizhniy Novgorod, Russia• Developed a theory of the geometry-dependent effects in Majorana nanowires [FA, PhysRevB.103.144520]
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Assistant ResearcherInstitute Of Applied Physics Of Russian Academy Of Sciences Sep 2016 - Jun 2017Nizhniy Novgorod, Russia• Demonstrated a doubling of a plasma heating setup’s efficiency from 50% to 100% [epjconf/201714903006]• Reduced an error in the analytical description of the setup from ~70% to <5% [AIP Conf. Proc. 1771, 030016]• Developed a consistent analytical description of the plasma heating setup [FA, Phys. Plasmas 24, 102133]• Came up with a method of analytical treatment of singular Schrödinger equations by combining the phase integrals method with the Frobenious theory [Solo, arXiv:1710.03426, also arXiv:1704.01170] -
Software DeveloperIntel Nov 2014 - Jun 2016Nizhniy Novgorod, Russia• Achieved a nine-fold improvement of the product’s performance by redesigning its architecture with particular attention to low-level memory allocations together with using optimal high-level data structures
Anton Kutlin Education Details
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Condensed Matter And Materials Physics -
Plasma And High-Temperature Physics
Frequently Asked Questions about Anton Kutlin
What company does Anton Kutlin work for?
Anton Kutlin works for Abdus Salam International Centre For Theoretical Physics (Ictp)
What is Anton Kutlin's role at the current company?
Anton Kutlin's current role is Postdoctoral Research Fellow.
What schools did Anton Kutlin attend?
Anton Kutlin attended Technische Universität Dresden, State University Of Nizhni Novgorod Named After N.i. Lobachevsky (Unn), State University Of Nizhni Novgorod Named After N.i. Lobachevsky (Unn).
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