You will obtain in only 6 weeks, the knowledge you need about Quantum Field Theory to take a step further in the field of engineering”

The development of quantum electrodynamics by Richard Feynman, Julian Schwinger and Tomonaga earned them the Nobel Prize for Physics in 1965 and explains such common phenomena as light reflecting in a mirror or helps to understand the quarks and gluons that are so fundamental in today's physics. Unraveling the complexity of the functioning of the subatomic world is, even today, a challenge for scientists and specialists, and its development seems to be within the reach of only a few. 

However, in order to achieve this goal, it is necessary to have solid knowledge, which will lead professionals to become part of the companies that demand such profiles to develop large-scale projects such as particle accelerators. In view of this, this 100% online program, which comes to respond to the current needs of all those engineering professionals who wish to progress in this field thanks to the advanced information.  

A program that will help you, in just 6 weeks, to delve into the Klein-Gordon field, the Dirac equation, the electromagnetic field or how to draw Feynman diagrams. This will be possible thanks to video summaries detailed videos, outlines, specialized readings and case studies to which they will have access 24 hours a day, from any electronic device with Internet connection. 

In addition, thanks to the Relearning method, the professionals will be able to progress through the program in a more natural and progressive way, even reducing the long hours of study. Thus, it will be easier to enter the world of symmetry, time inversion, parity or charge conjugation. 

Thus, the professionals are facing an excellent opportunity to study a 100% online university program. There is no in-person attendance nor are there any fixed schedules, giving them the freedom to access the syllabus hosted on the virtual campus whenever and wherever they wish. An ideal educational option for those who are looking to combine their work and/or personal responsibilities with a quality program.

Access the library of multimedia resources of this program from your computer or tablet with Internet connection"

This Postgraduate certificate in Quantum Field Theory contains the most complete and up-to-date program on the market. The most important features include:

• Practical case studies are presented by experts in Physics
• The graphic, schematic, and practical contents with which they are created, provide scientific and practical information on the disciplines that are essential for professional practice
• Practical exercises where the self-assessment process can be carried out to improve learning
• Its special emphasis on innovative methodologies 
• Theoretical lessons, questions to the expert, debate forums on controversial topics, and individual reflection assignments
• Content that is accessible from any fixed or portable device with an Internet connection

This Program will delve into the achievements of Dirac, Fock or Feynman in the development of Quantum Field Theory"

The program’s teaching staff includes professionals from the sector who contribute their work experience to this educational program, as well as renowned specialists from leading societies and prestigious universities.

The multimedia content, developed with the latest educational technology, will provide the professional with situated and contextual learning, i.e., a simulated environment that will provide immersive education programmed to learn in real situations.

This program is designed around Problem-Based Learning, whereby the professional must try to solve the different professional practice situations that arise throughout the program. For this purpose, students will be assisted by an innovative interactive video system developed by renowned experts.

No in-person attendance or classes with fixed schedules, this university education is tailored to professionals like you"

Enroll in a university program that will allow you to easily understand the most common symmetry violations"

This program designed by TECH offers the professionals the opportunity to gain in only 6 weeks, the advanced knowledge necessary to understand Quantum Field Theory. With this program, they will be able to progress in their professional field and apply the main concepts acquired about the Klein-Gordon field, the Dirac field or the Feynman diagram. In this sense, the practical case studies provided by the teaching staff of this program will be very useful for understanding these concepts.

With the Relearning system of this program, you will not need long hours of study and memorization"

Module 1. Quantum Field Theory

1.1. Classical Field Theory

1.1.1. Notation and Conventions
1.1.2. Lagrangian Formulation
1.1.3. Euler Lagrange Equations 
1.1.4. Symmetries and Conservation Laws

1.2. Klein-Gordon Field

1.2.1. Klein-Gordon Equations
1.2.2. Klein-Gordon Field Quantization
1.2.3. Lorentz Invariance in the Klein-Gordon Field  
1.2.4. Vacuum Vacuum and Fock States
1.2.5. Vacuum Energy 
1.2.6. Normal Arrangement: Agreement
1.2.7. Energy and Momentum of States
1.2.8. Study of Causality
1.2.9. Klein-Gordon propagator

1.3. Dirac Field

1.3.1. Dirac Equation
1.3.2. Dirac Matrices and their Properties
1.3.3. Representation of Dirac Matrices
1.3.4. Dirac Lagrangian
1.3.5. Solution to Dirac Equation: Plane Waves
1.3.6. Commuting and Anticommuting
1.3.7. Quantification of Dirac Field
1.3.8. Fock Space
1.3.9. Dirac Propagator

1.4. Electromagnetic Field

1.4.1. Classical Field Electromagnetic Theory
1.4.2. Quantization of the Electromagnetic Field and its Problems
1.4.3. Fock Space
1.4.4. Gupta-Bleuler Formalism
1.4.5. Photon Propagator

1.5. S-Matrix Formalism

1.5.1. Lagrangian and Hamitonian of Interaction
1.5.2. S Matrix: Definition and Properties
1.5.3. Dyson Expansion
1.5.4. Wick Theorem
1.5.5. Dirac Picture

1.6. Feinman Diagrams in the Position Space

1.6.1. How to Draw Feynman Diagrams: Standards and Uses
1.6.2. First Order
1.6.3. Second Order
1.6.4. Dispersion Processes with Two Particles

1.7. Feynman Rules

1.7.1. Normalization of States in Fock Space
1.7.2. Feynman Amplitude
1.7.3. Feynman Rules for QED
1.7.4. Gauge Invariance in the Amplitudes
1.7.5. Examples:

1.8. Cross Section and Decay Rates

1.8.1. Definition of Cross Sections
1.8.2. Definition of Decay Rate
1.8.3. Example with Two Bodies in Final State
1.8.4. Unpolarized Cross Section
1.8.5. Summation on Fermion Polarization
1.8.6. Summation on Photon Polarization
1.8.7. Examples:

1.9. Study of Muons and Other Charged Particles

1.9.1. Muons
1.9.2. Charged Particles
1.9.3. Scalar Charged Particles
1.9.4. Feynman Rules for Scalar Quantum Electrodynamics Theory

1.10. Symmetries

1.10.1. Parity
1.10.2. Load Conjugation
1.10.3. Time Reversal 
1.10.4. Violation of Some Symmetries
1.10.5. CPT Symmetry

Enroll in an online program that gives you the opportunity to delve into the electromagnetic field through innovative multimedia resources"