Le livre est actuellement en rupture de stock
The Equivalence of Elementary Particle Theories and Computer Languages: Quantum Computers, Turing Machines, Standard Model, Superstring Theory, and a
Auteurs
Évaluation du livre
Paramètres
- 164pages
- 6 heures de lecture
En savoir plus sur le livre
The book explores the relationship between elementary particle theories, like the Standard Model and Superstring theories, and programming languages such as Assembly, C, and C++. It presents a groundbreaking argument that the universe is inherently quantum, supported by Gödel's theorem, which highlights the limitations of deterministic theories in physics. This innovative perspective challenges traditional views and suggests that certain mathematical truths remain unprovable, reshaping the understanding of fundamental physics.
Achat du livre
The Equivalence of Elementary Particle Theories and Computer Languages: Quantum Computers, Turing Machines, Standard Model, Superstring Theory, and a, Stephen Blaha
- Langue
- Année de publication
- 2005
- product-detail.submit-box.info.binding
- (souple)
Nous vous informerons par e-mail dès que nous l’aurons retrouvé.
Modes de paiement
Il manque plus que ton avis ici.
- Titre
- The Equivalence of Elementary Particle Theories and Computer Languages: Quantum Computers, Turing Machines, Standard Model, Superstring Theory, and a
- Langue
- Anglais
- Auteurs
- Stephen Blaha
- Éditeur
- It Mearke Publishing
- Publié
- 2005
- Format
- souple
- Pages
- 164
- ISBN13
- 9780974695822
- Séries
- Mots clés
- Nonfiction, Technologie & Ingénierie, Science et Mathématiques, Sciences naturelles, Informatique & Internet, Mathématiques, Physique
- Évaluation
- 4,25 sur 5
- Description
- The book explores the relationship between elementary particle theories, like the Standard Model and Superstring theories, and programming languages such as Assembly, C, and C++. It presents a groundbreaking argument that the universe is inherently quantum, supported by Gödel's theorem, which highlights the limitations of deterministic theories in physics. This innovative perspective challenges traditional views and suggests that certain mathematical truths remain unprovable, reshaping the understanding of fundamental physics.