Modal Media Research
Exploring the Physics of Reality Through Creativity, Curiosity and Cosmic Imagination.
Modal Media Research is an independent, interdisciplinary research initiative dedicated to developing new conceptual frameworks at the intersection of cosmology, thermodynamics, information theory and immersive storytelling.
Founded by Atheen Spencer, Modal Media Research integrates scientific exploration with the creative worlds of audiovisual production, planetarium domes, and narrative design, with the aim of making complex ideas intuitive, beautiful and accessible.
Our mission is simple:
“To explore the deepest questions of the universe and translate them into science-driven experiences that inspire wonder”.
Our Research Areas
Modal Media Research investigates bold, testable, physically grounded frameworks across several frontier topics:
- Cosmology & Fundamental Physics – new models for cosmic acceleration, entropy dynamics, spacetime behaviour and unifying physical principles.
- Thermodynamic & Informational Frameworks – exploring how entropy, information and emergent behaviour shape everything from stars to consciousness.
- Technology Concepts & Future Systems – speculative but physically grounded concepts for propulsion, defensive laser arrays and gravitational engineering.
- Immersive Science Communication – turning advanced research into dome shows, narratives and audiovisual experiences.
Current Preprints
MMS-A1: Entropy-Driven Expansion: A Thermodynamic Framework for Cosmic Acceleration
A new interpretation of cosmic acceleration as an emergent thermodynamic effect rather than a cosmological constant. Includes a testable observational programme for 2025–2035.
10.5281/zenodo.18157696
MMS-A2: Unified Entropy Dynamics: A Thermodynamic Basis for Universal Laws
A conceptual bridge between cosmology, biological evolution, emergent order and time’s arrow.
10.5281/zenodo.18157964
MMS-A3: Emergent Structure Mechanics: A Universal Framework Linking Life And Cosmology
Showing how the same principle of entropy-driven self-organisation governs life, intelligence and cosmic structure.
10.5281/zenodo.18158131
MMS-A4: The Arrow Of Time As Entropic Spacetime Flow
Proposes that time’s forward motion arises from the entropic unfolding of spacetime, offering a unified explanation for the cosmic arrow of time.
10.5281/zenodo.17714072
MMS-A5: Entropy-Induced Micro-Ripples as Dark Matter
How local entropy gradients can mimic a cold dark matter gravitational field.
10.5281/zenodo.18161839
MMS-A6: The Origin of Complexity in an Entropic Universe
Showing how entropy doesn’t just dissolve order – it generates it, giving rise to the emergent structures behind stars, galaxies and life in the universe.
10.5281/zenodo.18162807
MMS-A7: Metric Microstructure & Emergent Gravity
Shows how low-acceleration “dark-matter” effects can emerge from thermodynamic microstructure in spacetime with no new particles required.
10.5281/zenodo.18163369
MMS-A8: Thermodynamic Origins Of Complexity
A thermodynamic unification showing how structure, life and intelligence naturally emerge from entropy-driven optimisation of information across the universe.
10.5281/zenodo.18163747
MMS-A9 – Spacetime As A Thermodynamic Medium
A unified entropic–informational model explaining cosmic structure, gravity, and dark-matter phenomena as emergent from the universe’s underlying information architecture.
10.5281/zenodo.18090317
MMS-A10: Information Architecture of the Universe
A systems-level synthesis and working glossary for the Entropic Spacetime Field (ESF) programme established in MMS-A1 through MMS-A9.
10.5281/zenodo.18165701
MMS-A11: Ripplefield Resonance and the Quantum Layer
Introduces the ESF quantum layer as a bridge between entropy-driven medium response and energy/phase encoding, with a minimal resonant coupling scaffold and clear falsifiers.
10.5281/zenodo.18165765
MMS-A12 – Dynamics of the Energy Layer
A minimal, constraint-first dynamical model for the ESF energy layer, defining energy encoding, transport and channel formation while preserving early-universe and local-test consistency.
10.5281/zenodo.18166657
MMS-A13 – Early Galaxy Formation via Pre-Structuring
An ESF pathway-based mechanism for early galaxy formation via energy-layer channel formation, EM-coupled transport and dust accumulation.
10.5281/zenodo.18166683
MMS-A14 – Singularities as Phase Transitions
A phase-transition framing of horizons and compact objects in ESF, replacing GR singularities with finite medium reconfiguration.
10.5281/zenodo.18166846
MMS-A15 – The Entropic Spacetime Field (Keystone)
This keystone paper consolidates the Entropic Spacetime Field programme, covering foundations, implications and the path ahead.
10.5281/zenodo.18167788
MMS-A16 – Background Cosmology with Delayed Entropy Production
This paper presents a toy background cosmology for ESF in which entropy production is suppressed at high redshift and activated gradually at later times using a smooth sigmoid factor.
10.5281/zenodo.18508952
MMS-A17 – Regime Transition in The Entropic Spacetime Field
This paper extends the Entropic Spacetime Field (ESF) framework beyond linear perturbation theory to address late-time cosmic structure formation.
10.5281/zenodo.18508954
MMS-A18 – Dynamical Equation and Parameter Basin of the Entropic Spacetime Field
This note presents a master equation and parameter basin for the Entropic Spacetime Field (ESF) that satisfies background expansion constraints, scale separation, non-linear stability and key observational signatures.
10.5281/zenodo.18911424
Technical Notes
Nonlinear Spectral Filtering in the Entropic Spacetime Field – A Mechanism for Emergent Filament Scale
This work explores the emergence of a characteristic filament scale within the Entropic Spacetime Field (ESF) framework using simplified numerical simulations.
10.5281/zenodo.19097918
Our Approach
Modal Media Research blends:
• conceptual physics
• thermodynamic reasoning
• information-theoretic thinking
• creative intuition
• immersive experience design
We work at the boundary between science and imagination, where new ideas are born.
“If a model is beautiful, testable, physically motivated and coherent across scales… it deserves to be explored.”
Meet the Founder
Atheen Spencer
Founder • Creative Director • Concept Architect
Atheen is a producer, composer, writer and interdisciplinary researcher whose work spans immersive media, dome shows and theoretical cosmology.
Her research focuses on thermodynamic approaches to cosmic structure, universal entropy laws and the relationship between physics and emergent creativity.
Affiliation: Modal Media, United Kingdom
Collaborate With Us
Modal Media welcomes collaboration with:
• scientists
• educators
• planetariums
• immersive theatres
• institutions
• interdisciplinary creatives
The Vision
To bring cosmic understanding into the creative sphere.
To make the universe feel close, alive and intelligible.
To turn research into stories and stories into illumination.
“The universe expands because its information content grows.”