thermodynamics

Finite Screen Spacetime(FDS--G1) Complete Series presents a finite-screen entropy-response framework for gravity and late-time dark-sector residuals. The series develops Finite Screen Spacetime as a bridge program in which the primitive gravitational object is a finite causal-screen entropy ledger, and geometry is treated as the integrable hydrodynamic response envelope of that ledger. The archiv…

In damped SHM, we write: $$m\ddot{x} + b\dot{x} + kx = 0$$ The standard approach assumes a solution of the form $e^{\alpha t}$ and derives: $$\omega_d = \sqrt{\frac{k}{m} - \frac{b^2}{4m^2}}.$$ But ...

Many systems possess clear deterministic attractors — final low-load states (L_min) toward which they inevitably converge. Yet the precise timing of this convergence remains fundamentally uncertain. This paper formalizes this paradox within Load Minimization Theory (LMT) and the Universal OS-Sync Law. We propose that the terminal minimized state is structurally determined, while the temporal path…

What I'm able to do so far : The magnitude of the charge on the plates as a function of length L and ε should be Q=CV_0=A_0ε/L × V_0 = A_0 V_0 ε / L So the force on the top plate should be F_elec = QE = A_0 V_0² ε / 2 L² So for the process to proceed quasi statically, the force due to pressure... Read more

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Quantum computing has been presented as the next revolutionary paradigm in computation, promising exponential acceleration for selected computational problems and potentially transformative implications for cryptography, simulation, and optimization. However, contemporary achievements in quantum information sci- ence remain narrowly constrained demonstrations rather than evidence for scalable uni…

This paper explores the integration of Laplace’s Demon (classical determinism), chaos theory, and Load Minimization Theory (LMT). While Laplace’s Demon assumes that complete information enables perfect prediction of the future, real-world systems exhibit chaotic sensitivity to initial conditions, rendering long-term prediction practically impossible. Through the framework of LMT, the author propo…

The Boltzmann brain hypothesis asserts that thermal fluctuations in a sufficiently old universe will occasionally assemble self-aware observers complete with false memories. We show that the hypothesis is self-defeating at the level of its own premises. Thermal fluctuations require thermodynamics; thermodynamics requires causal interaction between constituents; causal interaction requires informa…

I'm currently teaching my students about mass-energy equivalence. As far as I know it is accepted that a higher temperature object should have a larger inertia because it has more energy and therefor ...

Considering QM,EM,GR "sectors" we know that the energy conservation apply but this is a principle. Noether theorem provides a justification of it for each sector but for the combined (intra-sector conservation) it seem a circular loop: Energy is conserved through sectors -> I can write a... Read more

A plain-language essay explaining why photosynthesis operates at the precise boundary between quantum coherence and environmental noise. The seam condition R = Jτ/ℏ = 1 identifies the unique point where the coherent transport rate matches the decoherence rate. For the FMO complex, this yields a parameter-free decoherence-time prediction of 61 fs from the coupling alone — within 2% of experiment. …

Considering QM,EM,GR "sectors" we know that the energy conservation apply but this is a principle. Noether theorem provides a justification of it for each sector but for the combined (intra-sector conservation) it seem a circular loop: Energy is conserved through sectors -> I can write a... Read more

This paper examines the intuitive discomfort many sensitive individuals feel when encountering “selfish” or exploitative people. Within Load Minimization Theory (LMT), this sensation is formalized as Load Dumping — the act of transferring one’s unprocessed internal load (U + F + E) onto others. We propose a mathematical description of this mechanism and introduce Defensive Re-Tagging as a practic…

Nature Physics, Published online: 15 May 2026; doi:10.1038/s41567-026-03283-7 Max Planck introduced units of length, time and mass defined solely in terms of fundamental constants. As Saurya Das explains, these units define a system in which quantum mechanics, relativity, gravity and thermodynamics meet on equal footing.

_Russian Journal of Physical Chemistry_ 100 (3):309-316. 2026The issue of non-equilibrium states and proof of the Clausius inequality in classical thermodynamics is examined in the context of the works of famous theoretical physicist and mathematician Truesdell, as well as Uffink’s paper criticizing classical thermodynamics. The paper discusses aspects of the history of thermodynamics of the 19th…

This paper proposes that continuity of reality does not arise from time itself, but from the persistent suppression of competing paths by dominant low-impedance structures. On this basis, the paper develops a set of field-dynamic equations describing why stable structures continue to strengthen, shallow, migrate, stabilize, collapse, and phase-transition after formation. Two central variables are…