The Calculus of Life

How Mathematics Helped Me Fall in Love with Medicine

von Amit Tak

274 Seiten, Taschenbuch

Kurzbeschreibung des Verlags

Why does the human body refuse to explain itself the way medical school divides it?That question followed Major (Dr) Amit Tak through medical training, six years as an Army Medical Corps physician in jungle and field postings, a physiology residency, and a research career built at the crossroads of medicine and mathematics. The Calculus of Life is the story of where that question led - and the mathematical mind it built along the way.This is not a mathematics textbook, and it isn't a conventional medical one either. It is a personal intellectual journey: how the tools of mathematics - probability, dynamical systems, nonlinear thinking - gradually became a way of seeing medicine, until structure, function, disease, and healing revealed themselves as a single connected language rather than separate subjects to memorize.The book moves in three stages. It first builds the mathematical mind from the ground up - mathematical objects, uncertainty, the laws that govern living systems. It then turns to the body itself: the heart as a system in space, the kinetics of healing, the metabolism that runs the body's economy, the pulse of pandemics - each examined not as anatomy to memorize, but as a dynamical system to understand. It closes by looking forward, toward artificial intelligence, quantum computing, and a unifying mathematical framework for the body's every process.For readers who loved the way Roger Penrose or Alistair Rae make rigorous ideas feel personal and alive, The Calculus of Life offers the same territory turned toward medicine - written by a physician who found, in mathematics, a reason to fall back in love with it.The first book in The Speaking Math Series.

• Reihe: The Speaking Math Series
• Themen: Biographie, Literatur und Literaturwissenschaft Biografien und Sachliteratur Allgemein
• ISBN: 9788168996007
• Sprache: Englisch
• Erscheinungsdatum: 08.08.2026
• Größe: 216 x 140 mm
• Verlag: Quant Press