The Scientific Program of ASP2022

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High School Outreach

@Students: Small detector labs

Students parallel session 3

ASP Forum

Teachers Parallel Session 2

Teachers Parallel Session 1

Students Parallel session 2

Students Parallel session 1

Introduction

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Contributions*

@High School Teachers: Electricity (1)

@High School Teachers: Electricity (2)

@High School Teachers: Electromagnetism (1)

@High School Teachers: Electromagnetism (2)

@High School Teachers: Electrostatics (1)

@High School Teachers: Electrostatics (2)

@High School Teachers: Higgs@10 part I (1)

@High School Teachers: Higgs@10 part I (2)

@High School Teachers: Higgs@10 part II (1)

@High School Teachers: Higgs@10 part II (2)

@High School Teachers: Muons with MINERvA (1)

@High School Teachers: Muons with MINERvA (2)

@High School Teachers: Neutrinos with MINERvA (1)

@High School Teachers: Neutrinos with MINERvA (2)

@High School Teachers: Registration, curriculum discussion, and introductory HEP activities (1)

@High School Teachers: Registration, curriculum discussion, and introductory HEP activities (2)

@High School Teachers: Review of and activities related to particle and astroparticle physics (1)

@High School Teachers: Review of and activities related to particle and astroparticle physics (2)

@Higher School Teachers: Newton's Laws (1)

@Higher School Teachers: Newton's Laws (2)

@Higher School Teachers: Newton's Second Law (1)

@Higher School Teachers: Newton's Second Law (2)

@Higher School Teachers: Vertical Projectiles/Free Fall (1)

@Higher School Teachers: Vertical Projectiles/Free Fall (2)

@Higher School Teachers: Work, Energy & Power (1)

@Higher School Teachers: Work, Energy & Power (2)

@Studens: Radiation measurements & dosimetry

@Students: 100 Years of Fundamental Physics & Future

@Students: Advanced accelerator concepts

@Students: Advanced accelerator concepts 2

@Students: Astrophysics & cosmology

@Students: Astrophysics & cosmology 2

@Students: Astrophysics & cosmology 3

@Students: Astrophysics & cosmology 4

@Students: Astrophysics & cosmology 5

@Students: Astrophysics & cosmology 6

@Students: Basics of accelerators

@Students: Basics of accelerators

@Students: Basics of accelerators (2)

@Students: Basics of accelerators (3)

@Students: Basics of accelerators (4)

@Students: Computational Fluid Dynamics (CFD) 1

@Students: Computational Fluid Dynamics (CFD) 2

@Students: Cosmic ray detection

@Students: Cosmic ray detection 2

@Students: ERL’s, energy sustainability of particle accelerators

@Students: ERL’s, energy sustainability of particle accelerators 2

@Students: Event generation & detector simulation

@Students: Event generation & detector simulation

@Students: Event generation & detector simulation

@students: From ASP2010 to probing longitudinal VBS at a future hadron collider (in session "ASP Forum")

@Students: Fundamentals of Detectors

@Students: Fundamentals of Detectors (2)

@Students: Fundamentals of Detectors (3)

@Students: Fundamentals of Detectors (4)

@Students: Fundamentals of statistical analysis in Physics

@students: Fundamentals of statistical analysis in Physics (2)

@Students: Fundamentals of Statistical Analysis in Physics (3)

@Students: Fundamentals of Statistical Analysis in Physics (4)

@Students: Fundamentals of Statistical Analysis in Physics (5)

@Students: Fundamentals of Statistical Analysis in Physics (6)

@Students: Gravitational waves

@Students: Gravitational waves 2

@Students: Heavy ion physics

@Students: heavy ion physics 2

@Students: High performance computing

@Students: High performance computing

@Students: High performance computing

@Students: High performance computing

@Students: High performance computing

@Students: High performance computing

@Students: High performance computing

@Students: High performance computing

@Students: High performance computing

@Students: High performance computing

@Students: Introduction to the Standard Model of Particle Physics (2)

@Students: Light sources

@Students: Light sources 2

@Students: Machine learning & artificial intelligence

@Students: Machine learning & artificial intelligence 2

@Students: Machine learning & artificial intelligence 3

@Students: Machine learning & artificial intelligence 4

@Students: Materials physics

@Students: Materials physics

@Students: Materials Physics

@Students: Materials physics 2

@Students: Materials physics 3

@Students: Materials physics 4

@Students: Medical accelerators, radionuclide production and radiation therapy

@Students: Medical accelerators, radionuclide production and radiation therapy 2

@Students: Medical physics

@Students: Medical physics 2

@Students: Medical physics 3

@Students: Medical physics 4

@Students: Neutrinos 1: A Biography of the "Little Neutral One"

@Students: Neutrinos 2: Neutrino physics in the 21st Century

@Students: Nuclear physics — Nuclear Reaction, Structure and Astrophysics

@Students: Nuclear physics — Nuclear Reaction, Structure and Astrophysics 2

@Students: Nuclear science and technologies at the International Atomic Energy Agency (IAEA) - ensuring future energy and water security (IAEA)

@Students: Nuclear science and technologies at the International Atomic Energy Agency (IAEA) - ensuring future energy and water security (IAEA)

@Students: Nucleon Physics —The Structure of the Nucleon

@Students: Nucleon Physics —The Structure of the Nucleon 2

@Students: Particle interactions with matter

@Students: Particle interactions with matter (2)

@Students: Particle physics

@Students: Particle physics 2

@Students: Particle physics 3

@Students: Particle physics 4

@Students: Particle Physics 5

@Students: Particle physics 6

@Students: Physics at undergound laboratories

@Students: Physics at undergound laboratories 2

@Students: Quantum computing

@Students: Quantum computing 2

@Students: Quantum computing 3

@Students: Quantum computing 4

@Students: Radiation measurements & dosimetry 2

@Students: radiation sources - FEL’s, ICS and photo-muons

@Students: radiation sources - FEL’s, ICS and photo-muons 2

@Students: Renewable energies & energy efficiency

@Students: Renewable energies & energy efficiency 2

@Students: Standard Model of Astrophysics & Cosmology

@Students: Standard Model of Astrophysics & Cosmology (2)

@Students: Week of science and technology in the Democratic Republic of Congo

@Students:Event generation & detector simulation

@Teachers: Photoelectric effect (1)

@Teachers: Photoelectric effect (2)

A Deeper Understanding of Our Universe from Far Underground

Acknowledgements, orientation, and introductions by ASP2022 LOC&ROC Chair (in session "Introduction")

Advanced detector concepts (in session "Students Parallel session 1")

Advanced detector concepts (2) (in session "Students Parallel session 1")

African School of Physics 2024 in Morocco — capacity development in Morocco (in session "ASP Forum")

An Introduction to Theoretical Fluid and Plasma Physics (1) (in session "Students Parallel session 1")

An Introduction to Theoretical Fluid and Plasma Physics (2) (in session "Students Parallel session 1")

Arrival

ASFAP Young Physicists Forum

ATLAS or CMS masterclass measurement

Beyond the Standard Model of particle physics (1) (in session "Students Parallel session 2")

Beyond the Standard Model of particle physics (2) (in session "Students Parallel session 2")

biophysics (1) (in session "Students Parallel session 2")

biophysics (2) (in session "Students Parallel session 2")

BNL-SA physics consortium (in session "ASP Forum")

Capacity development and retention strategies in South Africa (in session "ASP Forum")

Departures

Digital libraries (1) (in session "Students Parallel session 1")

Digital libraries (2) (in session "Students Parallel session 1")

Earth Physics (1) (in session "Students Parallel session 1")

Earth Physics (2) (in session "Students Parallel session 1")

Electron-positron tomography (PET) — EaseyPET: demo of PET imaging (in session "@Students: Small detector labs")

Electron-positron tomography (PET) — EaseyPET: demo of PET imaging (in session "@Students: Small detector labs")

Electron-positron tomography (PET) — EaseyPET: demo of PET imaging (in session "@Students: Small detector labs")

Electron-positron tomography (PET) — EaseyPET: demo of PET imaging (in session "@Students: Small detector labs")

Electron-positron tomography (PET) — EaseyPET: demo of PET imaging (in session "Teachers Parallel Session 2")

Electron-positron tomography (PET) — EaseyPET: demo of PET imaging (in session "Teachers Parallel Session 2")

Electron-positron tomography (PET) — EaseyPET: demo of PET imaging (in session "Teachers Parallel Session 2")

Embedded systems & Internet of Things (in session "@Students: Small detector labs")

Embedded systems & Internet of Things (in session "@Students: Small detector labs")

Embedded systems & Internet of Things (in session "@Students: Small detector labs")

Embedded systems & Internet of Things (in session "@Students: Small detector labs")

Embedded systems & Internet of Things (in session "Teachers Parallel Session 2")

Embedded systems & Internet of Things (in session "Teachers Parallel Session 2")

Embedded systems & Internet of Things (in session "Teachers Parallel Session 2")

Enabling capacity development in physics in Africa through science, technology, and innovation policy and governance

Enabling technology transfer from National labs - lessons learnt

Fermi potential & Neutron optics (in session "Students parallel session 3")

flavor physics (1) (in session "Students Parallel session 1")

Flavor physics (2) (in session "Students Parallel session 1")

Free time

Fundamentals of condensed matter and materials physics (1) (in session "Students Parallel session 1")

Fundamentals of condensed matter and materials physics (2) (in session "Students Parallel session 1")

ICTP in Africa

Introducing ASP2022 by the ASP-IOC Chair (in session "Introduction")

Introducing Faculty of Science at Mandela University by the Deputy Dean (in session "Introduction")

Introducing Physics Department at Mandela University by the Head of Department (in session "Introduction")

Introduction (in session "ASP Forum")

Introduction to the Standard Model of Particle Physics (1)

Large scale research infrastructures for Africa

Laser physics (1) (in session "Students Parallel session 1")

Laser physics (2) (in session "Students Parallel session 1")

Lecture 1: dark matter (in session "Students parallel session 3")

Lecture 2: searching for dark matter (in session "Students parallel session 3")

Mental well-being

Neutron trapping in nanostructure & neutron lifetime (in session "Students parallel session 3")

Panel discussion on the support for ASP (in session "ASP Forum")

ROOT Tutorial (in session "Students Parallel session 2")

ROOT Tutorial (in session "Students Parallel session 2")

Students survey

The African School of Physics (in session "ASP Forum")

The Long Journey to the Higgs Boson and Beyond

Time Of Flight — simple particle physics experiment with cosmic rays (in session "@Students: Small detector labs")

Time Of Flight — simple particle physics experiment with cosmic rays (in session "@Students: Small detector labs")

Time Of Flight — simple particle physics experiment with cosmic rays (in session "@Students: Small detector labs")

Time Of Flight — simple particle physics experiment with cosmic rays (in session "@Students: Small detector labs")

Time Of Flight — simple particle physics experiment with cosmic rays (in session "Teachers Parallel Session 2")

Time Of Flight — simple particle physics experiment with cosmic rays (in session "Teachers Parallel Session 2")

Time Of Flight — simple particle physics experiment with cosmic rays (in session "Teachers Parallel Session 2")

Welcome to Mandela University, Gqeberha, South Africa by the Deputy Vice Chancellor for Learning and Teaching (in session "Introduction")

Women in Physics—Producing thinkers from daughter in Physics

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27/11/2022

28/11/2022

29/11/2022

30/11/2022

01/12/2022

02/12/2022

03/12/2022

04/12/2022

05/12/2022

06/12/2022

07/12/2022

08/12/2022

09/12/2022

10/12/2022

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