CV

DHAIRYA SHAH

Independent Researcher | Theoretical Physics & Cosmology [Vadodara, Gujarat, India] |
[ [email protected]]

ORCID ID: [0009-0009-4021-2976] | PhilPeople Profile: [Dhairya Shah]

Research Portfolio: [ https://dhairyashah.owlstown.net/ ]

RESEARCH SUMMARY

Theoretical researcher focused on resolving the initial singularity problem in General Relativity through modified gravity frameworks. Specialized in Non-Minimal Mimetic Born-Infeld (NMBI) Gravity, 5D Tesseract-sequestered embeddings, and the stability of non-singular bouncing cosmologies.

RESEARCH AFFILIATIONS

Independent Scholar | Theoretical Physics Division | 2024 – Present

Focus: Developing covariant actions for mimetic gravity to suppress BKL instabilities.
International Engagement: Research preprints tracked by institutions including Lawrence University (USA) and academic hubs in Singapore.

PRIMARY THEORETICAL CONTRIBUTIONS

Non-Minimal Mimetic Born-Infeld (NMBI) Gravity

Developed a modified Einstein-Hilbert action incorporating a Born-Infeld determinant to provide an upper bound on curvature.
Proposed a mechanism for a non-singular "bounce" that satisfies the Null Energy Condition (NEC).

Worldline Consistency Theory

Formulated a topological framework for maintaining causal consistency in high-curvature regimes.
Analyzed the sequestering of 5D energy densities onto 3+1 Lorentzian manifolds.

PUBLICATIONS & PREPRINTS

"Topological Singularity Resolution in Non-Singular Mimetic Born-Infeld Gravity: 5D Tesseract Embedding and Energy Sequestering" (2026). PhilArchive.
"Worldline Consistency Theory (Volume 2)" (2026). PhilArchive.
"A High-Curvature Effective Extension of Einstein Gravity via Curvature-Activated Dynamics" (2025). PhilArchive.
"Currently ranked in the Top 20% (80th Percentile) for research volume in Science, Logic, & Mathematics on PhilPeople, with Q1 Global Download metrics for the Non-Minimal Mimetic Born-Infeld (NMBI) gravity series."

TECHNICAL SKILLS

Mathematics: Tensor Calculus, Differential Geometry, Friedmann-Lemaître-Robertson-Walker (FLRW) Dynamics, Perturbation Theory.
Scientific Tools: LaTeX (Advanced), Mathematica/Maple (Symbolic Computation), Numerical Analysis.
Frameworks: Mimetic Gravity, Born-Infeld Electrodynamics, Gauss-Bonnet Invariants.

EDUCATION

Secondary Education | [Your School Name, Vadodara] | Expected 202[X]

Focus: Advanced Mathematics and Physics.
Note: Pursuing independent, graduate-level research in Cosmology alongside standard curriculum.

ACADEMIC INTERESTS

Quantum Gravity & Loop Quantum Cosmology (LQC)
The Hubble Tension and Early Universe Phenomenology
Black Hole Singularity Resolution