String Theory: Understanding Particle Physics and Cosmology

String theory is a theoretical framework aiming to unify all fundamental forces and particles by positing that they are vibrations of one-dimensional "strings," rather than point-like particles. These strings, in different vibrational modes, correspond to various particle types and properties.

Key to string theory is the requirement of extra dimensions-beyond the familiar three spatial and one temporal dimension-that are typically compactified into small, curled-up spaces. These extra dimensions are crucial for the theory's mathematical consistency and to reconcile gravity with the other fundamental forces.

Central to its complexity are Calabi-Yau manifolds, complex multidimensional spaces used in the compactification process, influencing observable universe properties. Despite its potential to provide a unified framework for all physics forces, string theory faces challenges including mathematical intricacies, the lack of direct experimental verification, and numerous variant formulations.

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String Theory: Understanding Particle Physics and Cosmology

String theory is a theoretical framework aiming to unify all fundamental forces and particles by positing that they are vibrations of one-dimensional "strings," rather than point-like particles. These strings, in different vibrational modes, correspond to various particle types and properties.

Key to string theory is the requirement of extra dimensions-beyond the familiar three spatial and one temporal dimension-that are typically compactified into small, curled-up spaces. These extra dimensions are crucial for the theory's mathematical consistency and to reconcile gravity with the other fundamental forces.

Central to its complexity are Calabi-Yau manifolds, complex multidimensional spaces used in the compactification process, influencing observable universe properties. Despite its potential to provide a unified framework for all physics forces, string theory faces challenges including mathematical intricacies, the lack of direct experimental verification, and numerous variant formulations.

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String Theory: Understanding Particle Physics and Cosmology

String Theory: Understanding Particle Physics and Cosmology

by Steff Jaywan

Narrated by Sky Uniford

Unabridged — 48 minutes

String Theory: Understanding Particle Physics and Cosmology

String Theory: Understanding Particle Physics and Cosmology

by Steff Jaywan

Narrated by Sky Uniford

Unabridged — 48 minutes

Audiobook (Digital)

$2.99
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Overview

String theory is a theoretical framework aiming to unify all fundamental forces and particles by positing that they are vibrations of one-dimensional "strings," rather than point-like particles. These strings, in different vibrational modes, correspond to various particle types and properties.

Key to string theory is the requirement of extra dimensions-beyond the familiar three spatial and one temporal dimension-that are typically compactified into small, curled-up spaces. These extra dimensions are crucial for the theory's mathematical consistency and to reconcile gravity with the other fundamental forces.

Central to its complexity are Calabi-Yau manifolds, complex multidimensional spaces used in the compactification process, influencing observable universe properties. Despite its potential to provide a unified framework for all physics forces, string theory faces challenges including mathematical intricacies, the lack of direct experimental verification, and numerous variant formulations.


Product Details

BN ID: 2940191148939
Publisher: Dedona Publishing
Publication date: 08/16/2024
Edition description: Unabridged
Sales rank: 492,525
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