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Anushrut Ghimire

Hello, I'm

Anushrut Ghimire

Science student & independent researcher passionate about Computer Science, AI, Cybersecurity, and creative digital production.

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About Me

Education

+2 Computer Science
Valmiki Shiksha Sadan · GPA 3.46

Volunteering

Nepal Red Cross Society
Humanitarian member

SEE

Small Heaven School
GPA 3.35

Research

AI · Security · Physics
Independent work

I am Anushrut Ghimire, a self-directed researcher with a strong foundation in Computer Science and Mathematics. Driven by a passion for theoretical innovation, I explore the intersection of technology and physical systems, from Magnetic Propulsion Systems to AI Governance and Cybersecurity.

I combine technical proficiency in C and Kali Linux with a lifetime commitment to humanitarian values through the Nepal Red Cross Society. Under the creative identity Beatable Boxy, I also publish music across global and regional streaming platforms.

Latest: Ethical Hacking with Kali Linux (IBM, Coursera) — Feb 26, 2026
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Technical Skills

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Research Publications

A polished collection of my independent research works in AI cybersecurity, magnetic transportation concepts, and theoretical energy systems.

Researcher Profiles
Publication Platforms & Archives
AI Security / FEDL-XAI

Federated Explainable Deep Learning Framework for Zero-Day Attack Detection

A privacy-preserving AI cybersecurity framework for detecting unknown attacks in encrypted network traffic environments.

Paper Description

FEDL-XAI combines Federated Learning and Explainable Artificial Intelligence to create a security model that can learn from distributed network data without exposing sensitive information. The framework focuses on zero-day attack detection, encrypted traffic analysis, and transparent decision-making.

Federated Learning Explainable AI Zero-Day Detection Encrypted Traffic
Engineering Concept

Anushrut Magnetically Assisted Vehicle

A conceptual vehicle model exploring magnetic assistance for reducing mechanical contact, friction, and motion-related energy loss.

Paper Description

This concept proposes a magnetically assisted transportation idea where magnetic forces may support motion and reduce friction between the vehicle and the surface. It is an early-stage theoretical model intended for future simulation, refinement, and feasibility analysis.

Magnetic Motion Vehicle Theory Friction Reduction Energy Efficiency
Journal Contribution

Anushrut’s Theory of Total Energy Recirculation

A theoretical energy-systems framework that views apparent energy loss as unrecovered transformed energy inside a system.

Paper Description

This theory introduces recirculation efficiency as a complementary method for evaluating energy systems. Instead of treating energy loss as waste, it studies whether transformed energy can be recovered, redirected, reused, or reintegrated into the system.

Energy Systems Thermodynamics Efficiency Recirculation Theory
Creative Identity

Beatable Boxy by Anushrut Ghimire

A dedicated music presence connecting Anushrut Ghimire's creative digital production work with major streaming, regional hubs, and producer/DJ platforms worldwide.

Beatable Boxy Global streaming · Regional hubs · DJ platforms

Click any platform card to open the official Beatable Boxy artist page in a new tab.

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Curriculum Vitae

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Email Me

Have a question or want to collaborate? Reach out directly anytime.

anushrutghimire7@gmail.com