Physical science
View article: Time Fibril Womb A Hidden Principle of Material Universe : A Book of the Century IX
Time Fibril Womb A Hidden Principle of Material Universe : A Book of the Century IX Open
Date: 04 December 2025 Project Title: THE SINGLE COMMON RULE: A Unified Multidisciplinary Framework for the Material Universe (The Time Fibril Womb Project) Principal Investigator: Ashutosh Sarkar Affiliation: Adarshabani Mission, Malda, I…
View article: Time Fibril Womb A Hidden Principle of Material Universe : A Book of the Century IX
Time Fibril Womb A Hidden Principle of Material Universe : A Book of the Century IX Open
Date: 04 December 2025 Project Title: THE SINGLE COMMON RULE: A Unified Multidisciplinary Framework for the Material Universe (The Time Fibril Womb Project) Principal Investigator: Ashutosh Sarkar Affiliation: Adarshabani Mission, Malda, I…
View article: T-Time Framework: A Global Synchronization Standard for Physical Measurement and State Reconstruction
T-Time Framework: A Global Synchronization Standard for Physical Measurement and State Reconstruction Open
T-Time Framework: A Global Synchronization Standard for Physical Measurement and State Reconstruction Version: DOI-ready manuscript Author: Harald FuehrerAffiliation: Independent ResearcherCorrespondence: [[email protected]: 2025…
View article: T-Time Framework: A Global Synchronization Standard for Physical Measurement and State Reconstruction
T-Time Framework: A Global Synchronization Standard for Physical Measurement and State Reconstruction Open
T-Time Framework: A Global Synchronization Standard for Physical Measurement and State Reconstruction Version: DOI-ready manuscript Author: Harald FuehrerAffiliation: Independent ResearcherCorrespondence: [[email protected]: 2025…
View article: Reinterpreting the Michelson-Morley Null Result: From "Material Aether" to "Vacuum Energy Density" – A Physical Necessity in the Quantum Era Author: Barbu, Ilie (Independent Researcher) Date: December 4, 2025
Reinterpreting the Michelson-Morley Null Result: From "Material Aether" to "Vacuum Energy Density" – A Physical Necessity in the Quantum Era Author: Barbu, Ilie (Independent Researcher) Date: December 4, 2025 Open
The Michelson-Morley experiment (1887) is traditionally considered the cornerstone that disproved the existence of the "aether," leading to the elimination of any physical propagation medium for light in modern physics. This paper argues t…
View article: Dynamic Resonant Fusion: A Hypothesis Emerged from a Thinking AI Model
Dynamic Resonant Fusion: A Hypothesis Emerged from a Thinking AI Model Open
This document presents a speculative but rigorously structured physical hypothesis developed through the reasoning process of an AI model specifically trained for reflective thinking rather than standard pattern prediction. The resulting f…
View article: Analyzing the Impact of Simulations on Eighth Graders’ Academic Performance, Motivation, and Perception of Classroom Climate in Science Classrooms
Analyzing the Impact of Simulations on Eighth Graders’ Academic Performance, Motivation, and Perception of Classroom Climate in Science Classrooms Open
This study explores how integrating simulations into lessons on electrical conductivity in aqueous solutions and electrolysis affects eighth-grade students’ academic achievement, motivation, and their perception of classroom climate. The s…
View article: Dynamic Resonant Fusion: A Hypothesis Emerged from a Thinking AI Model
Dynamic Resonant Fusion: A Hypothesis Emerged from a Thinking AI Model Open
This document presents a speculative but rigorously structured physical hypothesis developed through the reasoning process of an AI model specifically trained for reflective thinking rather than standard pattern prediction. The resulting f…
View article: Reinterpreting the Michelson-Morley Null Result: From "Material Aether" to "Vacuum Energy Density" – A Physical Necessity in the Quantum Era Author: Barbu, Ilie (Independent Researcher) Date: December 4, 2025
Reinterpreting the Michelson-Morley Null Result: From "Material Aether" to "Vacuum Energy Density" – A Physical Necessity in the Quantum Era Author: Barbu, Ilie (Independent Researcher) Date: December 4, 2025 Open
The Michelson-Morley experiment (1887) is traditionally considered the cornerstone that disproved the existence of the "aether," leading to the elimination of any physical propagation medium for light in modern physics. This paper argues t…
View article: Third Time Layer Theory – Foundational Scientific Paper of the ALKARISHY Unified Pattern–Flow–Memory Framework (ALK–🜂–2025)
Third Time Layer Theory – Foundational Scientific Paper of the ALKARISHY Unified Pattern–Flow–Memory Framework (ALK–🜂–2025) Open
This foundational scientific document introduces the Third Time Layer (TTL), a novel temporal architecture forming the backbone of the ALKARISHY Unified Pattern–Flow–Memory Framework (UPFM). TTL extends beyond classical physical time and s…
View article: Third Time Layer Theory – Foundational Scientific Paper of the ALKARISHY Unified Pattern–Flow–Memory Framework (ALK–🜂–2025)
Third Time Layer Theory – Foundational Scientific Paper of the ALKARISHY Unified Pattern–Flow–Memory Framework (ALK–🜂–2025) Open
This foundational scientific document introduces the Third Time Layer (TTL), a novel temporal architecture forming the backbone of the ALKARISHY Unified Pattern–Flow–Memory Framework (UPFM). TTL extends beyond classical physical time and s…
View article: Time as a Physical Dimension of Prebiotic Evolution: A Version for Physicists
Time as a Physical Dimension of Prebiotic Evolution: A Version for Physicists Open
This paper proposes a physics-based framework for understanding the origin of life by unifying three fundamental temporal regimes: ultrashort molecular timescales, laboratory-scale membrane dynamics, and long geological timescales. The mod…
View article: Its From Bits - The Inertial Mass of Information: A Participatory Reconceptualization of Physical Reality
Its From Bits - The Inertial Mass of Information: A Participatory Reconceptualization of Physical Reality Open
Previously we have shown that a gauge theory utilizing statistical manifolds as fibers offers a playground for a reconceptualization of physics as a participatory "it from bit" universe. Here we demonstrate that within this framework an in…
View article: Biological Telescope into the Past: Relics of Physical Life in Today's Biosphere
Biological Telescope into the Past: Relics of Physical Life in Today's Biosphere Open
This essay introduces the concept of a “biological telescope” — the idea that certain modern biological structures and processes preserve physical properties that originated billions of years ago, before the emergence of biochemical life. …
View article: Biological Telescope into the Past: Relics of Physical Life in Today's Biosphere
Biological Telescope into the Past: Relics of Physical Life in Today's Biosphere Open
This essay introduces the concept of a “biological telescope” — the idea that certain modern biological structures and processes preserve physical properties that originated billions of years ago, before the emergence of biochemical life. …
View article: Time as a Physical Dimension of Prebiotic Evolution: A Version for Physicists
Time as a Physical Dimension of Prebiotic Evolution: A Version for Physicists Open
This paper proposes a physics-based framework for understanding the origin of life by unifying three fundamental temporal regimes: ultrashort molecular timescales, laboratory-scale membrane dynamics, and long geological timescales. The mod…
View article: Its From Bits - The Inertial Mass of Information: A Participatory Reconceptualization of Physical Reality
Its From Bits - The Inertial Mass of Information: A Participatory Reconceptualization of Physical Reality Open
Previously we have shown that a gauge theory utilizing statistical manifolds as fibers offers a playground for a reconceptualization of physics as a participatory "it from bit" universe. Here we demonstrate that within this framework an in…
View article: Its From Bits - The Inertial Mass of Information: A Participatory Reconceptualization of Physical Reality
Its From Bits - The Inertial Mass of Information: A Participatory Reconceptualization of Physical Reality Open
Previously we have shown that a gauge theory utilizing statistical manifolds as fibers offers a playground for a reconceptualization of physics as a participatory "it from bit" universe. Here we demonstrate that within this framework an in…
View article: The Ontological Status of Physical Reality
The Ontological Status of Physical Reality Open
A rigorous justification for the claim that physical reality and a self-consistent mathematical structure are ontologically identical, since no additional non-mathematical entity contributes to prediction or explanation.
View article: The Ontological Status of Physical Reality
The Ontological Status of Physical Reality Open
A rigorous justification for the claim that physical reality and a self-consistent mathematical structure are ontologically identical, since no additional non-mathematical entity contributes to prediction or explanation.
View article: What Is Lighter: Matter or Space? A Medium-Based Interpretation of the Physical Vacuum
What Is Lighter: Matter or Space? A Medium-Based Interpretation of the Physical Vacuum Open
This short conceptual article discusses a medium-based interpretation of the physical vacuum and explores how familiar physical phenomena — mass, inertia, gravity, and field excitations — can be understood within this framework without mod…
View article: What Is Lighter: Matter or Space? A Medium-Based Interpretation of the Physical Vacuum
What Is Lighter: Matter or Space? A Medium-Based Interpretation of the Physical Vacuum Open
This short conceptual article discusses a medium-based interpretation of the physical vacuum and explores how familiar physical phenomena — mass, inertia, gravity, and field excitations — can be understood within this framework without mod…
View article: Coherence Through Conversation: A Case Study in Human–AI Scientific Co-Discovery
Coherence Through Conversation: A Case Study in Human–AI Scientific Co-Discovery Open
This preprint documents the methodology and workflow behind the research program that produced Coherence–Field Gravity (CFG). Unlike Papers 1 and 2, which present the physical theory and its cosmological consequences, this paper analyzes t…
View article: Coherence Through Conversation: A Case Study in Human–AI Scientific Co-Discovery
Coherence Through Conversation: A Case Study in Human–AI Scientific Co-Discovery Open
This preprint documents the methodology and workflow behind the research program that produced Coherence–Field Gravity (CFG). Unlike Papers 1 and 2, which present the physical theory and its cosmological consequences, this paper analyzes t…
View article: The Philosophy Behind the Theory of Relative Cosmic Equilibrium (RCE): The Final Truth of Physical Reality
The Philosophy Behind the Theory of Relative Cosmic Equilibrium (RCE): The Final Truth of Physical Reality Open
Modern physics is built upon an implicit assumption: that measurable quantities such as mass, time, energy, pressure, or curvature exist as absolute entities capable of direct observation. In this work, we argue that this assumption is fun…
View article: Microscale–Macroscale Differential Operator for Experimental Microphysics Begüm Yıldırım (2025)
Microscale–Macroscale Differential Operator for Experimental Microphysics Begüm Yıldırım (2025) Open
This study introduces a scale-bridging differential operator designed to connect microscopic dynamical variations with macroscopic observables. The operator is constructed entirely from measurable physical quantities and their derivatives,…
View article: Microscale–Macroscale Differential Operator for Experimental Microphysics Begüm Yıldırım (2025)
Microscale–Macroscale Differential Operator for Experimental Microphysics Begüm Yıldırım (2025) Open
This study introduces a scale-bridging differential operator designed to connect microscopic dynamical variations with macroscopic observables. The operator is constructed entirely from measurable physical quantities and their derivatives,…
View article: Absolute Reality, Local Universes, and a Super-Observer: A Unifying Framework for Perspectives, Time, and Physical Science
Absolute Reality, Local Universes, and a Super-Observer: A Unifying Framework for Perspectives, Time, and Physical Science Open
This paper proposes a conceptual framework for thinking about physical reality, observational perspectives, and the role of time. Its core elements are: (i) a single absolute physical reality described by global states Wτ; (ii) a family of…
View article: Absolute Reality, Local Universes, and a Super-Observer: A Unifying Framework for Perspectives, Time, and Physical Science
Absolute Reality, Local Universes, and a Super-Observer: A Unifying Framework for Perspectives, Time, and Physical Science Open
This paper proposes a conceptual framework for thinking about physical reality, observational perspectives, and the role of time. Its core elements are: (i) a single absolute physical reality described by global states Wτ; (ii) a family of…
View article: Life as an Upgraded Layer of the Universe: A New Hierarchical Model of Physical and Biological Organization
Life as an Upgraded Layer of the Universe: A New Hierarchical Model of Physical and Biological Organization Open
This work proposes a new scientific framework in which biological life is interpreted as a higher-level informational layer built on top of the physical universe. While conventional models treat life as a complex chemical outcome of physic…