Research map

Two distinct tracks, joined by mathematical structure

The site separates foundational physics from complex-systems and quantitative work, while making the shared methods easy to see.

01

Complex Systems & Econophysics

Research on collective dynamics, quantitative analysis and transparent trading-system development grounded in evidence and risk controls.

  • Complex systems
  • Econophysics
  • Quantitative research
Open the complex-systems area

02

Theoretical Physics

Quantum gravity, holography, string theory, mathematical physics and the geometry behind fundamental models.

  • Quantum gravity
  • Holography
  • Mathematical physics
Explore physics work

Current roles

Complex-systems research and quantitative practice

My current work connects academic research on complex systems with buy-side quantitative research in financial markets. The two roles are presented separately so that formal academic work is not mixed with industry notes or practical analysis.

Academic

Researcher · Center for Complex Networks

August 2023–present · Tehran Province, Iran

Research in complex systems, complex networks, econophysics and data-driven modelling.

Visit CCNSD
Industry

Quantitative Research Analyst · Belfortcorp

July 2025–present · Dubai, United Arab Emirates · Hybrid

Buy-side quantitative research for financial markets.

Visit Belfortcorp
Portrait of Ali Hosseinzadeh in Tehran
Ali Hosseinzadeh · Tehran

Track 01

Complex systems, markets and quantitative methods

This area keeps two streams distinct: formal academic research, which will be added from dedicated papers and drafts, and public industry-facing notes on markets, quantitative methods, risk and AI.

Enter the complex-systems area Read selected public insights Educational material only; no investment advice or performance claims.

Track 02

Theoretical physics archive

Research documents, lecture notes and teaching resources are collected here without mixing them with the applied quantitative track.

Research

MSc thesis

Study of critical phenomena through a holographic approach.

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Topics

Notes in development

Mathematical physics, general relativity, quantum field theory, string theory, cosmology and AdS/CFT.

Being organized

Connect

Research, teaching and collaboration

For academic discussion, quantitative research and future project updates, use the channels below.