RTO

• Camila Lucero _2026-TAV Presentation
• Maximiliano López _2026-TAV Presentation
• Joaquín Bonilla _2026-TAV Presentation
• Cori Angulo _2025-2 Presentation | Report
• Vicente Sepúlveda _2025-TAV Presentation | Poster
• Theo Reinoso _2024-2 Report
• Catalina Vásquez _2024-1 Presentation | Report

• Data visualization code: GOLEM-PUC suite 2.2025 🔗

• GOLEM discharge website (last discharge) 🔗   

• PUC-GOLEM discharges:
S1 #42716 – #42746
S2 #43366 – #43378
S3 #45078 – #45094
S4 #46469 – #46498
S5 #46632 – #46659
S6 #47559 – #47588

• Fundamental physical quantities 🔗
• Energy confinement time calculation 🔗  
• NIST database for emission lines 🔗
• GOLEM spectroscopy page (ej: #46484) 🔗
• Other projects

Note: 1️⃣ Top priority; 2️⃣ Secondary priority

1️⃣ Plasma Physics by Alexander Piel 🔗

Plasma Physics and Controlled Fusion by Francis Chen 🔗
2️⃣ Chapter 1 (fundamental plasma concepts); Chapter 10 (tokamaks – skip pinches, stellarator). 2️⃣ Chapter 2 (more fundamental concepts). Next chapters deal with plasma theories in detail.
 
1️⃣ The Science of JET by John Wesson 🔗
First 3 chapters relatively brief and highly informative.

Principles of Plasma Diagnostics by Ian Hutchinson 🔗
1️⃣ Chapter 1: General introduction to plasma diagnostics
1️⃣ Chapter 2: Magnetic diagnostics (Rogowski coils, flux loops)
2️⃣ Chapter 3: Particle fluxes (probes, Langmuir)
2️⃣ Chapters 5-7: Spectroscopy
 
2️⃣ Introduction to Plasma Spectroscopy by Hans-Joachim Kunze 🔗
 
1️⃣2️⃣ Tokamaks by John Wesson 🔗