涛 翟

No Gravitational-Wave Echoes of Type-B Traversable Singularities Found in LIGO O3/O4b Data — Systematic Exclusion of 16 Theoretical Morphologies and Time-Slide Tests

The Order Parameter Spacetime Theory reinterprets the black hole event horizon as a Type-B traversable singularity, predicting equally spaced gravitational-wave echoes after the merger. In this paper, we systematically test this prediction using LIGO O3 and O4b data, based on the...

Numerical Solution of Quasinormal Modes of the Information–Einstein Equations — An Independent Ringdown Template for the Order Parameter Spacetime Theory

This paper presents a complete numerical framework for solving the quasinormal modes (QNMs) of the information–Einstein equations against a static spherically symmetric background. Starting from the metric correction of the order parameter spacetime theory, the linearized perturb...

Numerical Solution of Quasinormal Modes of the Information–Einstein Equations — An Independent Ringdown Template for the Order Parameter Spacetime Theory

This paper presents a complete numerical framework for solving the quasinormal modes (QNMs) of the information–Einstein equations against a static spherically symmetric background. Starting from the metric correction of the order parameter spacetime theory, the linearized perturb...

A1 The Metric Gradient Force—A Flagship Test of Geometric Unification: From Legacy Stern-Gerlach Data to a BEC Exclusive Crucial Experiment

Physical interactions can be classified by their time-reversal properties into two categories: reversible geometric forces and irreversible dissipative forces. General relativity describes the former—particles follow geodesics in curved spacetime, with acceleration arising from t...

A1 The Metric Gradient Force—A Flagship Test of Geometric Unification: From Legacy Stern-Gerlach Data to a BEC Exclusive Crucial Experiment

Physical interactions can be classified by their time-reversal properties into two categories: reversible geometric forces and irreversible dissipative forces. General relativity describes the former—particles follow geodesics in curved spacetime, with acceleration arising from t...

Testing the Structure Growth Predictions of the Order Parameter Spacetime Theory with DESI DR1 Full-Shape Galaxy Clustering

We test the structure growth predictions of the Order Parameter Spacetime Theory using DESI DR1 full-shape galaxy clustering measurements. The theory derives the dark energy equation of state from first principles via the information–Einstein equations, w(z) = −1 − (α/3)·[c₀(1+z)...

The Order Parameter Spacetime Theory — Logical Closed Loop of Irreversible Geometry and Panoramic Overview

This paper is the overarching synthesis of the six-paper series on the order parameter spacetime theory. Taking the complete closed loop of "physical intuition → geometric structure → new physical predictions" as the main thread, we systematically present the theoretical evolutio...

Transient Non-Perturbative Dynamics of Type-B Singularity Crossing: The Non-Disruptive Transition Region

In the Order Parameter Spacetime Theory, the Type-B traversable singularity is a critical interface for information–geometry phase transitions. The series of papers has already proved that the information dissipation tensor is stabilized at an infrared fixed point in the strong-c...

Non-Perturbative Renormalization Group of the Information Dissipation Tensor

The non-perturbative self-coupling of the information dissipation tensor gives rise to a fundamentally new dynamical equilibrium mechanism — a self-limitation between quantum fluctuations and classical dissipation. Starting from the quantum field-theoretic foundations of the Orde...

Exact Cosmological Solution of the Information–Einstein Equations — A Unified Critical Mechanism for Inflation and Dark Energy

This paper presents an exact solution of the information–Einstein equations of the Order Parameter Spacetime Theory in an FLRW background. The core discovery is that when the feedback coefficient c₁ is exactly equal to 1, the Hubble parameter H completely disappears from the equa...

Static Spherically Symmetric Solution of the Information–Einstein Equations and Black Hole Thermodynamics

This paper solves the information–Einstein equations explicitly in a static, spherically symmetric background, obtaining the information-corrected Schwarzschild metric. The core results include: a cooling correction to the Hawking temperature due to information dissipation, T_H =...

Non-Perturbative Renormalization Group of the Information Dissipation Tensor

The non-perturbative self-coupling of the information dissipation tensor gives rise to a fundamentally new dynamical equilibrium mechanism — a self-limitation between quantum fluctuations and classical dissipation. Starting from the quantum field-theoretic foundations of the Orde...

Exact Cosmological Solution of the Information–Einstein Equations — A Unified Critical Mechanism for Inflation and Dark Energy

This paper presents an exact solution of the information–Einstein equations of the Order Parameter Spacetime Theory in an FLRW background. The core discovery is that when the feedback coefficient c₁ is exactly equal to 1, the Hubble parameter H completely disappears from the equa...

Unified Classification of Physical Asymmetries — Seven Fundamental Types Based on the Information Dissipation Tensor and Their Physical Manifestations

The understanding of symmetry breaking in physics has long followed a "phenomenon-discovery, theory-explanation" pattern. Parity violation, C violation, and CP violation — all were first observed experimentally and then explained theoretically. This paper demonstrates how the Ord...

Unified Classification of Physical Asymmetries — Seven Fundamental Types Based on the Information Dissipation Tensor and Their Physical Manifestations

The understanding of symmetry breaking in physics has long followed a "phenomenon-discovery, theory-explanation" pattern. Parity violation, C violation, and CP violation — all were first observed experimentally and then explained theoretically. This paper demonstrates how the Ord...

Order-Parameter Field-Theoretic Foundation of the Maxwell Distribution — Information Dissipation, Fluctuation-Dissipation Theorem, and the Necessity of Statistical Equilibrium

The central result of statistical mechanics — the Maxwell velocity distribution — is derived in standard textbooks from the maximum entropy principle or the molecular chaos hypothesis. These derivations take a statistical postulate as the logical starting point and fail to answer...

Order-Parameter Field-Theoretic Foundation of the Maxwell Distribution — Information Dissipation, Fluctuation-Dissipation Theorem, and the Necessity of Statistical Equilibrium

The central result of statistical mechanics — the Maxwell velocity distribution — is derived in standard textbooks from the maximum entropy principle or the molecular chaos hypothesis. These derivations take a statistical postulate as the logical starting point and fail to answer...

Order-Parameter Field-Theoretic Foundation of the Maxwell Distribution — Information Dissipation, Fluctuation-Dissipation Theorem, and the Necessity of Statistical Equilibrium

The central result of statistical mechanics — the Maxwell velocity distribution — is derived in standard textbooks from the maximum entropy principle or the molecular chaos hypothesis. These derivations take a statistical postulate as the logical starting point and fail to answer...

The Riemannian Geometry of Order Parameter Spacetime — Field-Theoretic Foundations of Irreversible Dynamics

We prove that the irreversible equation of motion of Ref. [1] is an inevitable consequence of the variation of the order parameter spacetime field theory. The unified action contains three fundamental fields—metric, gauge, and order parameter—without any dissipative terms. Variat...