Course

19S1 D. Anselmi
Theories of gravitation

Program

PDF

Book

D. Anselmi
From Physics To Life

A journey to the infinitesimally small and back

In English and Italian

Available on Amazon:
US: book | ebook  (in EN)
IT: book | ebook  (in IT)
IT: book | ebook  (in EN)
DE: book | ebook (in EN)
FR: book | ebook (in EN)
ES: book | ebook (in EN)
UK: book | ebook (in EN)
JP: book | ebook (in EN)

Recent Papers

Youtube Channel

The Youtube Channel has just crossed the threshold of 100 subscribers, which is the amount required by YouTube to obtain a unique URL for it. Now the channel is reachable at the address http://youtube.com/c/QuantumGravityTheory.

Quick statistics up to date, at one year since creation:

Total number of views: 11082
Total watched time: 1202 hours
Number of subscribers: 114
Number of videos: 74

Most watched videos:

Quantum gravity from fakeons – Catania 2019: 2304 views, 17 likes
Theories of Gravitation Lecture 1: 909 views, 7 likes
A predictive theory of quantum gravity from fake particles: 658 views, 7 likes
Quantum gravity from fakeons – Marseille: 571 views, 3 likes
The corr. principle in quantum field th. and quantum grav.: 323 views, 2 likes
La fisica e la vita – Viaggio nell’infinitamente piccolo, e ritorno: 293 views, 3 likes
From fakeons to quantum gravity: 281 views, 3 likes
Let the dice play God: 232 views, 1 like

Number of visits of this website since creation (2013): 38412

Download count for the papers posted on archives other than arXiv (which does not allow download count):

18A5 The corr. principle in q. field th. and q. grav.: 825 downloads (5 archives)
18A6 Let the dice play God: 197 downloads (3 archives)
18A7 On The Nature of the Higgs Boson: 146 downloads (4 archives)

The list will be updated from time to time.

Book

14B1 D. Anselmi
Renormalization

Course on renormalization, taught in Pisa in 2015. (More chapters will be added later.)

Last update: May 9th 2015, 230 pages

Avaibable on Amazon:

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Contents:
Preface
1. Functional integral
2. Renormalization
3. Renormalization group
4. Gauge symmetry
5. Canonical formalism
6. Quantum electrodynamics
7. Non-Abelian gauge field theories
Notation and useful formulas
References


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