Introducción a la gravedad cuántica de lazos

Description

In this course, you will learn:

• The definitions of gravitation, quantum mechanics, and loops.
• The background and definition of severity.
• The early twentieth century's meaning and development of quantum physics.
• Atoms and their constituents make up the microscopic world.
• The distinction between gravity and general relativity concepts.
• Gravity has no effect on strong or weak electromagnetic interactions.
• The meaning of connections.
• The application of loops in black hole thermodynamics.
• Thermodynamics and black holes are defined.
• Cosmology and the Big Bang are two examples of entropy and its uses.
• The predictions of loop quantum cosmology.

Syllabus:

1. In this course, we are going to have to explain what gravitation, quantum and loops mean.
2. What is gravity?
3. What distinguishes Einstein's gravity from Newton's?
4. What are Ties?
5. Blackhole thermodynamics
6. Entropy
7. The Big Bang
8. Inflation
9. Loop quantum cosmology, its predictions