Books

What this book argues?that modern science has not refuted Kantian epistemology, but implicitly confirmed it,that rationality is intrinsically perspectival,that the split between analytic and synthetic modes of thought reflects a deeper epistemological structure,and that Iain McGilchrist’s hemispheric theory offers an unexpected physiological analogue to transcendental philosophy.

This book contains over hundred of photos taken for several industrial equipment from several plants: fertilizer, chemical, and crystal-glass making that will help the practitioners identify different types of failures for different types of equipment including pumps, compressors, transformers, engines, motors,...etc. The book also have examples of application in construction, medical and civil fields.

A physical theory is a self-consistent fixed-point of (probe-algebra, state, entropy, dynamics) closed against a substrate. One criterion (closure with substrate-faithfulness) recovers classical mechanics, statistical mechanics, quantum mechanics, and equilibrium thermodynamics as different regimes of one structure, and rules out five classes of standard claim. Cut-invariance falls out as a corollary; the four laws of thermodynamics fall out as derivations.

Coherent Mathematics (CoMath) — Mathematics That Earns Its StructureWhat if mathematics did not precede physics — but emerged from it?Conventional mathematics assumes its foundations: sets, numbers, operations. Coherent Mathematics (CoMath) assumes only one thing: coherence is not given. Coherence is what survives.From this single axiom, CoMath reconstructs the mathematical universe bottom-up. Numbers, geometry, iteration, and the exponential structure are not postulated — they are derived. The constants of nature are not inserted — they follow. The chain is complete:Geometry → Iteration → Planck Scale → Constants → Time → Schrödinger → Quantum MechanicsZero free parameters. No circular reasoning. No unjustified axioms.CoMath V4 presents:A rigorous axiomatic foundation built on coherence as the sole primitiveDerivation of π, φ, e, ln, and exp from pure iteration structureThe Planck-to-electron mass ratio m_P/m_e from geometry aloneA new perspective on Riemann, Hodge, and the foundations of formal mathematicsDeveloped in direct collaboration between human intuition and AI formalizationThis is not mathematics applied to physics. This is mathematics derived from the structure of reality. "Real science begins with a thought, not an equation." — Jens Deutschmann

Fractal Uncertainty Theory (FUT) — A New Foundation of PhysicsSunflower, quasicrystal, spiral galaxy, cosmic web — they all do the same thing.What if quantum mechanics, gravitation, the fundamental constants, and the large-scale structure of the universe all follow a single principle? Not as a metaphor — but mathematically derivable, with zero free parameters?Fractal Uncertainty Theory (FUT) constructs physics from two primitive operations: Rotation (ℛ) and Recursion (ℱ). From their interference emerge π and φ, the four forces as a unified spectrum, the fine-structure constant α = 1/137, the Planck scale, the Schrödinger equation — and six resolved Millennium Problems.FUT V9 presents across 478 pages and 35 chapters:Derivation of fundamental constants from pure geometry (zero free parameters)Dark energy and dark matter as consequences of the Void Exponential Feedback mechanismThree spatial dimensions + time from icosahedral A₅ symmetryThe Higgs-centered particle structure as a periodic systemRigorously documented progress on Riemann, Yang-Mills, Hodge, P≠NP, and beyondNo speculative model. No retroactively fitted constants. A theory that begins with a thought — and ends with testable predictions. "Real science begins with a thought, not an equation." — Jens Deutschmann ISBN 978-3-9828681-0-3 | Available on Amazon KDP

Bridge the gap between classical thermodynamics and the quantum frontier with this rigorous, self-contained introduction to open quantum systems and single-shot theory. From the formal derivation of the Gibbs formula to the nuances of entanglement in excited helium, this course provides the mathematical tools and conceptual clarity needed to master the modern thermal landscape. It is the essential "First Course" for anyone ready to move beyond standard textbooks and dive into the cutting edge of quantum resource theory.

Un mensaje viajó hacia el espacio profundo. No contenía palabras. No tenía voz. Solo matemática, símbolos y una estructura diseñada para sobrevivir al vacío. Fue enviado desde Arecibo en 1974. Lo que parecía un gesto científico terminó convirtiéndose en una de las preguntas más persistentes de la astronomía moderna.

Quantum mechanics, general relativity, and the Standard Model are all exactly right in their domains. This book shows they are scale-regime corners of a single master equation, derived using experiments already performed, constants already measured, and the structural requirement that equations for physically-real potentials be self-consistent. v3.0 adds three forward fronts: matter-wave self-gravity as a near-term-falsifiable density discriminator; entanglement scaffold as a categorical falsifier; Bekenstein-Hawking entropy and Hawking radiation as horizon-localised matter-wave-mode content with no graviton channel.

Una señal detectada una sola vez. Un registro que no debería existir. El origen nunca pudo confirmarse.

En 1977, una señal de radio de origen desconocido fue registrada durante 72 segundos. Su estructura fue precisa. Su intensidad, inusual. Nunca volvió a aparecer. Este libro reconstruye el evento desde su evidencia técnica real: detección, instrumentación, condiciones de registro y límites de interpretación. No agrega teorías. No fuerza conclusiones. Expone un caso real que sigue abierto.

A first-principles alternative to entropy-dominant physics: coherence, anchored by resonance, governs structure.

What if time is not merely a clock, but a filter? What if systems fail not because they lack information, but because correction arrives too late to matter? What if technologies become dominant not because they are best, but because they have already reorganized the future around themselves? And what if Human–LLM collaboration is no longer just a sequence of prompts and answers, but an evolving ecology shaped by its own artifacts? Force–Information–Time: Essays on Structural Evolution is a companion volume to the FIT framework. Rather than restating the core theory, it explores what becomes visible when structural thinking is carried across learning, institutions, science, technology, Human–LLM collaboration, and human life.

SoftFlow simulates soft particles in microfluidic flow using two coupled methods:- Lattice Boltzmann Method (LBM): A mesoscopic fluid solver on the D2Q9 lattice.Instead of solving the Navier-Stokes equations directly, LBM tracks particle distributionfunctions that collide and stream on a discrete grid. - Immersed Boundary Method(IBM): Represents deformable particles as Lagrangian membrane nodes immersed in theEulerian fluid. Forces are spread from membrane to fluid; velocities are interpolated fromfluid to membrane.Don’t worry if these terms are unfamiliar — the book introduces them gradually, witheveryday analogies and step-by-step code.

From quantum and molecules to cells, individuals, organizations, nations, and civilizations—why do clearly defined hierarchical structures emerge? Why does evolution often manifest as a repeating rhythm of "oscillation—stability—aggregation—re-stability"? Why do many systems fail not because of insufficient power or lack of information, but because the "pace of doing things" is wrong?