Research Archive · Est. 2024
Exploring ethical artificial intelligence, theoretical systems, and the future of scientific discovery.
01 — About
Kazi Mahir Adeeb is a Bangladeshi student researcher working across artificial intelligence, theoretical physics, software development, scientific communication, and technology governance. Rooted in interdisciplinary thinking, his work bridges the computational and the conceptual — finding new frameworks at the intersections most researchers leave unexplored.
His research practice is defined by curiosity and resilience. Every challenge becomes a structured question. Every question becomes a system. Every system becomes an opportunity to understand the universe a little more clearly — and to build tools worthy of that understanding.
He believes that the most important scientific work happens at the edge of what is currently possible, and that ethical responsibility and creative ambition are not opposing forces — they are the same impulse, expressed at different scales.
02 — Research Database
Constraint-Based Autonomy (CBA)
A conceptual framework for ethically bounded adaptive AI systems. Combining AI governance, computational architecture, and systems thinking, CBA asks: how do we build machines that improve themselves without escaping their own values? The answer lies in structuring the constraint space, not limiting the capability space.
Experimental Reanalysis
A systematic reexamination of classical Wheatstone Bridge assumptions under varied conditions. This work identifies edge cases where standard models diverge from empirical results, proposing revised interpretive frameworks grounded in modern circuit theory and measurement precision.
Field Theory Analysis
An inquiry into the behavior of electric fields within conducting and non-conducting charged spherical geometries. The paper challenges pedagogical simplifications and explores what happens at the boundary conditions where classical electromagnetic theory begins to show its seams.
Cosmological Framework
An exploration of whether there exists a fundamental, irreducible mass density that persists across cosmological scales. This research intersects quantum field theory, dark matter models, and the philosophical implications of a minimum material substrate for spacetime.
As Simulation Lead for Team Argus in the CERN Beamline for Schools competition, Kazi led the computational modeling of a cosmic ray detection experiment. The project — named Cosmic Polar Orchestra — investigated the directional and energetic properties of muon flux at high latitudes, using Geant4 simulations and statistical inference against real particle beam data.
03 — Research Interests
Active areas of inquiry at the intersection of physics, computation, and philosophy of mind.
Information-theoretic structures underlying quantum state spaces and measurement.
How classical spacetime geometry might arise from deeper quantum informational substrates.
Formal models of identity persistence through physical and informational transformations.
Causal inference frameworks for reasoning about interventions in complex adaptive systems.
The universe as a computational process; entropy, complexity, and the arrow of time.
Architectures for ensuring advanced AI systems remain robustly beneficial under capability scaling.
Formal and applied frameworks for reasoning about moral obligations in algorithmic systems.
04 — Projects
Interactive scientific visualization exploring relativistic perspectives, gravitational lensing, and spacetime distortion around Schwarzschild black holes. Built to make general relativity intuitive.
Computational models and interface systems for exploring AI architecture, including constraint-based adaptation, value alignment prototypes, and conceptual frameworks for bounded machine autonomy.
Research into responsible AI deployment within climate governance contexts. Examining governance constraints, risk models for high-stakes environmental decisions, and frameworks for accountable algorithmic policy tools.
05 — Recognition
06 — Digital Library
AI architecture framework for ethically bounded adaptive systems.
Reanalysis of classical circuit measurement assumptions.
Boundary analysis in classical electromagnetic field theory.
All papers, preprints, and citations available across academic platforms.
07 — Capabilities
08 — Policy Engagement
United Nations Institute for Training and Research. Engaged in technology governance and capacity-building frameworks for developing nations.
United Nations Economic Commission for Europe. Focus on climate policy, sustainable development frameworks, and technology-environment intersections.
UN Climate Change Learning Partnership. Climate governance, responsible innovation, and the ethics of technological intervention in ecological systems.
09 — Citizen Science
Over 190 verified hours contributed to distributed scientific research through the Zooniverse platform — spanning astrophysics classification, galaxy morphology studies, and biological systems analysis. Research that scales because thousands of curious minds show up every day.
10 — The Researcher
"This is not a collection of certificates. This is a living archive of curiosity, research, and creation."