About
Engineering structure.
Foundational inquiry.
Independent research shaped by a lifelong interest in how reality organizes, persists and becomes accessible to understanding.
GJIndependent researcher · Engineer
GÁBOR JANDÓ
For as long as I can remember, I have wanted to understand how reality works.
I am an independent researcher with a background in electrical engineering, mechatronics and applied lighting systems. My work brings an engineering concern for structure, regulation and operational clarity into dialogue with foundational questions about time, coherence, information, matter and living organization.
The Architecture of Reality grew from this meeting of disciplines. Its aim is to develop a shared architectural language across phenomena that are usually studied separately—and to express that language with enough precision to support formal, diagrammatic and eventually empirical investigation.
PERSONAL ORIENTATION
“For me, understanding has never been a single realization, but a gradual arrival.”
Questions of reality require both openness and discipline. Philosophy keeps the inquiry directed toward what matters; engineering turns that inquiry into explicit relations, constraints and structures that can be examined.
FROM LIGHT TO COHERENCE
A practical path into foundational questions.
My professional work in LED lighting technology and automated lighting systems kept light, perception and physical organization close to everyday engineering practice. As a project engineer, I worked between manufacturers, electrical designers and built environments—translating technical constraints into viable lighting solutions.
During my mechatronics studies, physical optics made these questions tangible. Laboratory work explored Fresnel and Fraunhofer diffraction, while a deeper engagement with holography showed how distributed wave relations can preserve and reconstruct information.
Materials science opened the same inquiry at another scale. Crystal structures, applied semiconductor alloys, the ordering of quasicrystalline domains, and the fabrication of microelectromechanical systems—including photolithographic processes—revealed how small-scale constraints can produce stable, functional organization.
The wave–particle character of light remained a persistent intellectual question behind this practical and experimental work. Over time, it expanded into a wider investigation of observation, accessibility and coherence, eventually contributing to the conceptual ground of the present research programme.
My working method developed alongside that inquiry: move repeatedly between conceptual distinctions, diagrams, formal relations and computational experiments, while keeping interpretation separate from what has already been demonstrated. Applied development remains part of the same trajectory.
PERSONAL MOTTO
“The only constant in the world is change.”
Persistence therefore cannot mean the absence of change. The enduring question is how structure remains coherent through transformation.
FORMATION & PRACTICE
An engineering path into research
Formal study, practical infrastructure and system-level project work form one continuous foundation for the present inquiry.
FOUNDATIONFORMAL EDUCATION
Electrical Engineering & Mechatronics
University of Pécs · Széchenyi István University
I completed a BSc in Electrical Engineering, specialising in Building Electrification and Automation. The programme covered electrical networks and energy engineering, control theory, power electronics, digital technology, PLC programming, sensors and actuators, electric drives, EMC, physics, telecommunications, elevator construction and operation, MATLAB and AutoCAD. My thesis developed the façade-lighting design of the Mosque of Pasha Qasim in Pécs.
I later pursued graduate studies in Mechatronics Engineering. Coursework included object-oriented programming, physical optics, numerical methods, control engineering, fuzzy intelligent systems, MEMS, machine structures and surface technologies. Although the MSc was not completed, its interdisciplinary perspective remains an active part of my research practice.
PRACTICEAPPLIED ENGINEERING
Networks, automation and lighting systems
Infrastructure · Project engineering · Built environments
My early engineering work involved the maintenance and development of electrical networks, providing direct experience of how infrastructure behaves under real operating constraints. I later worked in lighting technology and automated lighting systems, connecting manufacturers, electrical designers and project requirements through technical support, lighting calculations, DIALux evo modelling, 3D visual planning and proposal development.
This work included educational, medical and industrial environments. Across these settings, the recurring task was the same: translate interacting constraints into a stable, workable system.
DIRECTIONENTERPRISE & RESEARCH
Independent development and foundational inquiry
Family enterprise · Applied systems · Theoretical research
Since 2019, family enterprise, applied development and sustained theoretical inquiry have formed a single working direction. This period led to the 2026 launch of The Architecture of Reality: a five-paper research programme tracing coherence, slip, information, matter, biological organization and agency as successive layers of one architecture.
The same engineering attitude continues throughout—define the parts, make their relations explicit, and test whether the resulting structure remains coherent across domains and scales.
01Architectural thinking
Look for relations that preserve explanatory meaning across domains and scales.
02Formal restraint
Keep definitions, interpretations, hypotheses and implementation knowledge clearly separated.
03Operational relevance
Develop theory toward diagrams, mathematics, discriminating tests and measurable systems.
AN INVITATION TO UNDERSTANDING
“This work is an architecture—an invitation to understanding.”
It offers a scaffold for refinement, empirical exploration and human application—a structure through which apparently separate questions may be examined together.