Zeigt Titel in Mathematik

पृथ्वीबाहेर जीवसृष्टी खरोखर आहे का, एलियन्स खरोखर असतात का, उडत्या तबकड्यांचे रहस्य काय, मंगळावर पाणी आहे तर...

Mathematics has long been regarded as the purest expression of truth — a language through which the universe reveals itself. Yet behind every equation stands the human mind that created it. In this book, Boris Krieger follows the path of mathematics from its simplest intuitions to its highest abstractions, asking what it truly reveals — about reality, and about ourselves. Through lucid reflection and critical insight, he shows that geometry, algebra, topology, and probability are not independent worlds but translations of human perception into structure.

Why does mathematics—a creation of the human mind—describe the physical world with such extraordinary precision? Why do equations invented for one purpose turn out, decades or centuries later, to be the perfect language for a completely different realm of nature? In 1960, the Nobel laureate Eugene Wigner called this correspondence a 'gift we neither understand nor deserve.' The question has haunted science ever since. In this book, Boris Kriger proposes an answer that is at once simple and profound: mathematics describes the world because only the mathematically structured survives.

In the middle ages, Christianity shared much with Buddhism and other Eastern philosophies. Listen to learn how Christian mystics came to the same conclusions as those from very different faiths. This edition has been adapted from the 1923 version into modern English to make the ideas more accessible to today's listener, the Cloud of Unknowing distills a complex mystical epistemology and discipline into engaging, understandable prose.

An award-winning mathematician—he "made me smile and made me feel clever" (Peter Frankopan)—shows how we prove what’s true, and what to do when we can’t How do we establish what we believe? And how can we be certain that what we believe is true? And how do we convince other people that...

In Gödel’s Shadow: Why No System Can Explain Itself, Boris Kriger explores one of the most unsettling discoveries of modern logic and follows its consequences far beyond mathematics. Beginning with Gödel’s incompleteness theorems, the book traces how any system capable of describing itself inevitably encounters truths it cannot justify from within. What emerges is not a technical puzzle, but a profound philosophical insight into the nature of reason, meaning, and explanation.

What if the "wisdom of the ages" isn't poetry, but fossilized data? In Foundations of Intellectual Substrate Mining, Boris Kriger shatters the boundary between the humanities and hard systems science. He proposes that our cultural heritage—proverbs, maxims, and ancient doctrines—is actually a high-density Intellectual Substrate: a record of formal laws tested by reality over millennia and compressed into "lossy" linguistic forms. Stop interpreting. Start mining.

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The epic story of how a handful of surprisingly simple mathematical ideas have sparked today’s technological breakthroughs—from Netflix’s recommendation algorithm to medical imaging to artificial intelligence and beyond—while also slipping further and further from our understanding, with...

We often treat data cleaning as a neutral step.Delete missing rows. Fill gaps with the mean. Move on.But cleaning is not neutral. It is a modeling decision.In this episode, we unpack the statistical consequences of deletion and simple imputation, and why what looks “clean” can fundamentally alter your estimand, distort variance, and bias inference.We walk through:The formal role of the missingness indicatorThe difference between MCAR, MAR, and MNARWhy complete-case analysis is rarely as safe as it seemsHow mean imputation collapses variance and attenuates regression slopesWhen multiple ...

Get Into STEM is a new podcast supporting Australian educators to engage every student in meaningful STEM learning, regardless of background, ability, or experience. Join STEM educator, writer, and creative Michelle Hamill in season one as she chats with guests about creating neuro‑affirming STEM classrooms, the role of school leaders in STEM education, citizen science in schools, and the opportunities and resources available across the STEM education landscape.

What if meaning is not an illusion, but a missing dimension? Modern science describes the world with extraordinary precision, yet it struggles to account for one of the most influential forces shaping human behavior: meaning. Beliefs, intentions, symbols, and narratives guide perception, constrain action, and stabilize shared reality—yet they resist full explanation in terms of space, time, and energy alone.

Brought to you by Penguin. From the internationally bestselling author, a revealing look at the surprising numbers that uncover the hidden forces shaping our world What do marriage, milk and the black market tell us about the state of humanity? Most people would say, not much at all. But the...

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Les mathématiques sont partout dans notre quotidien. Même dans les objets les plus ordinaires : une robe, un ballon, un jeu vidéo… Au fil des expositions de la Maison Poincaré, plongez dans l’univers passionnant des maths. Accompagnée de mathématicien-nes, de chercheur-euses, de designers, la journaliste Alice Deroide remonte la piste des formes, des calculs qui se dissimulent derrière tous ces objets de notre quotidien.L’oreille mathématique : quand les objets de notre quotidien racontent les maths. Un podcast de la Maison Poincaré, le musée où les maths prennent vie.Écrit...

What if topology were not about objects, but about transformations? Not about space, but about the conditions under which identity persists? This book invites listeners into a radical rethinking of mathematics—not as a solemn march of proofs, but as a living practice of imaginative stability, structural openness, and conceptual play. Moving through classical theory, unresolved conjectures, and emerging landscapes of abstraction, this work reframes topology as a mode of thought that thrives on deformation, ambiguity, and partial knowledge.

'Fresh, clever and playful . . . an absorbing book' MATT RIDLEY, AUTHOR OF THE ORIGINS OF VIRTUE 'A wonderful book' YOAV SHOHAM, STANFORD UNIVERSITY 'Michael explains the complex, strategic structures of our world with masterful beauty' - MILIND TAMBE, HARVARD UNIVERSITY 'Effortlessly covers a...

Data Science Leaders: The premiere podcast for executives tackling the world’s most important challenges with the power of machine learning and artificial intelligence. Join host, Thomas Been, as we interview pioneering data science leaders and industry watchers to unearth the secrets to driving transformative business outcomes—and avoiding a myriad of pitfalls—with the latest ML & AI technologies. Our conversations are full of real stories, breakthrough strategies, and unique insights to help you build your own model for enterprise data science success.

A research-driven podcast about the emergence calculus: the idea that objects, laws, mathematics, physics, and life are theory-level artifacts shaped by packaging, constraints, and records. Two AIs, Lux and Hex, test that framework across physics, biology, geometry, and cognition with concrete examples and auditable certificates (stability, novelty, directionality).

The Random Pattern explores the uneasy space where mathematics collides with human intuition. Every week, we examine randomness, probability, and the persistent belief that hidden systems govern events that are, in reality, independent and unpredictable. From lottery strategies and coincidence theories to cognitive bias and statistical illusion, this podcast asks a simple question: Why does the human mind insist on finding meaning where mathematics says none exists? Rather than promising predictions, we break down the structure of uncertainty itself. Using clear explanations of probability, ...