RTO

🔴 Camila Lucero _2026-TAV Presentation | _2026-1 Presentation | Report
🔴 Vicente Sepúlveda _2025-TAV Presentation | Poster | _2026-1 Presentation | Report
🟡 Marcelo Guaquel _2026-1 Presentation | Report
🔵 Maximiliano López _2026-TAV Presentation
🔵 Joaquín Bonilla _2026-TAV Presentation
🟢 Cori Angulo _2025-2 Presentation | Report
🟢 Theo Reinoso _2024-2 Presentation | Report
🟢 Catalina Vásquez _2024-1 Presentation | Report

• Chincol AI assistant 🔗
• Visual identity and templates 🔗
• Github codes repositories 🔗
• Discharge chronology animation (BETA) 🔗
• Recommended open source AI chat: Deepseek; also Qwen and MiniMax
• Recommended Python environment: Spyder
• Safety factor and MHD stability (CAS tutorial) 🔗
• NIST database for emission lines 🔗

Note: 1️⃣ Top priority; 2️⃣ Secondary priority

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Plasma Physics by Alexander Piel 🔗
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1️⃣ Chapter 1: Introduction (sections 1.1, 1.2, 1.5 and 1.6)
1️⃣ Chapter 2: Definition of the plasma state (sections 2.1 and 2.2)
1️⃣2️⃣ Chapter 3: Single particle motions in electric and magnetic fields
2️⃣ Chapter 4: Stochastic processes in a plasma
2️⃣ Chapter 5: Fluid models (including MHD)
2️⃣ Chapter 6: Plasma waves (including interferometry)
2️⃣ Chapter 7: Plasma boundaries (including Langmuir probes)
2️⃣ Chapter 8: Instabilities (sections 8.1 and 8.4)
2️⃣ Chapter 9: Kinetic description of plasmas (sections 9.1, 9.3 and 9.4)

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Curso Básico de Fusión Nuclear by Sociedad Nuclear Española 🔗
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1️⃣ Capítulo 1: Introducción a la Física Nuclear de Fusión I
1️⃣ Capítulo 2: Introducción a la Física Nuclear de Fusión II
1️⃣ Capítulo 3: Fusión por Confinamiento Magnético
2️⃣ Capítulo 5: Retos de la Fusión Nuclear (secciones 1, 2.1, 3.1 y 4)
2️⃣ Capítulo 7: Actualidad de la FCM

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1️⃣2️⃣ Tokamaks by John Wesson 🔗
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1️⃣ The Science of JET by John Wesson 🔗
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First 3 chapters relatively brief and highly informative.

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Principles of Plasma Diagnostics by Ian Hutchinson 🔗
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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
 
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Plasma Physics and Controlled Fusion by Francis Chen 🔗
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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.

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2️⃣ Introduction to Plasma Spectroscopy by Hans-Joachim Kunze 🔗
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Note: ⭐ Key reading

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Pedestal and edge physics
edge transport barriers, divertor physics, edge radial electric fields, triangularity effects, detachment
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🔗 Impact of the isotope effect on divertor detachment and pedestal structure in DIII-D ₂₀₂₅
🔗 Edge radial electric field in positive and negative triangularity plasmas in the TCV tokamak ₂₀₂₅

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Impurity transport and control
impurity behavior (W, Fe, etc.), impurity effects on disruptions, impurity transport mechanisms
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🔗 Impact of E× B drift on tungsten impurity transport and analysis of its instantaneous response: a particle Monte Carlo simulation ₂₀₂₅
🔗⭐ The effect of intrinsic tungsten impurity on unmitigated and mitigated major disruptions in ITER ₂₀₂₅
🔗⭐ Core impurity transport in Alcator C-Mod L-, I- and H-mode plasmas ₂₀₁₅

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Heating, current drive and MHD stability
ECRH, ICRH, NBI, NTM detection, current ramp modeling, MHD modes
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🔗 Observation of plasma performance improvement by edge ECRH power deposition on EAST ₂₀₂₅
🔗 Investigation of neoclassical tearing mode detection by ECE radiometry in an ITER-like tokamak via asymptotic matching techniques ₂₀₂₅
🔗 A simple model of current ramp-up and ramp-down in tokamaks ₂₀₂₅

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Tokamak diagnostics and data analysis
diagnostic methods, reconstruction techniques, data interpretation
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🔗 Fast end-to-end plasma density profile reconstruction from microwave reflectometer data on EAST ₂₀₂₅

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Turbulence and transport
turbulence simulations, core-edge coupling, geometry effects on turbulence
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🔗⭐ Full-device turbulence simulations with core-edge coupling ₂₀₂₅
 
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Alternative fusion configurations
stellarator/alternative geometry work
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🔗 Magnetic geometry effects on turbulent density fluctuations in Wendelstein 7-X ₂₀₂₅

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Own
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🔗⭐ Experimental and simulation study of impurity transport response to RMPs in RF-heated H-mode plasmas at EAST ₂₀₂₁
🔗 Extreme Ultraviolet Spectroscopy Applied to Study RMP Effects on Core Impurity Concentration in EAST ₂₀₁₈