Sinds november 2023
Leraar sinds november 2023
(High School) Experimental Particle Physics - Exploring cosmic rays from the comfort of your living room
Van 202.37 € /h
Welcome to an exciting journey into the enigmatic world of cosmic rays! This high school-level course is designed to introduce you to the captivating realm of cosmic rays, particles which travel vast distances through the cosmos before reaching earth. This course blends hands-on data analysis with a comprehensive understanding of the theory behind these high-energy particles.
Throughout this course, you'll delve into the mysteries of cosmic rays, investigating their origins, detection, and interactions with our atmosphere. Engage in practical experiments and data analysis using real cosmic ray data collected from ground-based detectors, unraveling the patterns and characteristics of these elusive particles.
The curriculum is divided in a balanced way between theoretical knowledge and practical application. You'll explore fundamental physics concepts essential to understanding cosmic rays, including particle interactions, (very basic) relativity, quantum mechanics, and astrophysics. Lectures, discussions, and interactive sessions will deepen your understanding of these theoretical foundations and their relevance to cosmic ray research.
Do not panic! All the theory is presented in a very engaging way, adapted to the technical level to each student.
Key Topics:
* Introduction to Cosmic Rays: Origins, Composition, and Detection Methods
* Introduction to particle physics detection techniques (with real particle detector examples)
* Data Collection and Analysis (python or C/C++): Hands-on Experience with Real Cosmic Ray Data
* Astrophysical Implications: Cosmic Rays and the Universe
* Advanced Topics (for the very enthusiastic): Cosmic ray astrophysics and state-of-the-art detectors used currently in the research world.
Class Format:
In the basic variant, this course will blend theory lectures with computer-based data analysis. For the very enthusiastic students, there is also a possibility to build their own particle detector.
Assessment:
Assessment will be based on a combination of individual and group projects, quizzes, data analysis reports, and a final presentation or research paper that showcases your understanding of cosmic rays, both theoretically and practically.
Prerequisites:
Curiosity! The only pre-requisite for this course is the curiosity of how our universe works, and what can we do as humans to understand it as much as possible!
Join me on this cosmic adventure, where theoretical exploration meets empirical investigation, and together, let's unravel the secrets of these cosmic messengers!
Throughout this course, you'll delve into the mysteries of cosmic rays, investigating their origins, detection, and interactions with our atmosphere. Engage in practical experiments and data analysis using real cosmic ray data collected from ground-based detectors, unraveling the patterns and characteristics of these elusive particles.
The curriculum is divided in a balanced way between theoretical knowledge and practical application. You'll explore fundamental physics concepts essential to understanding cosmic rays, including particle interactions, (very basic) relativity, quantum mechanics, and astrophysics. Lectures, discussions, and interactive sessions will deepen your understanding of these theoretical foundations and their relevance to cosmic ray research.
Do not panic! All the theory is presented in a very engaging way, adapted to the technical level to each student.
Key Topics:
* Introduction to Cosmic Rays: Origins, Composition, and Detection Methods
* Introduction to particle physics detection techniques (with real particle detector examples)
* Data Collection and Analysis (python or C/C++): Hands-on Experience with Real Cosmic Ray Data
* Astrophysical Implications: Cosmic Rays and the Universe
* Advanced Topics (for the very enthusiastic): Cosmic ray astrophysics and state-of-the-art detectors used currently in the research world.
Class Format:
In the basic variant, this course will blend theory lectures with computer-based data analysis. For the very enthusiastic students, there is also a possibility to build their own particle detector.
Assessment:
Assessment will be based on a combination of individual and group projects, quizzes, data analysis reports, and a final presentation or research paper that showcases your understanding of cosmic rays, both theoretically and practically.
Prerequisites:
Curiosity! The only pre-requisite for this course is the curiosity of how our universe works, and what can we do as humans to understand it as much as possible!
Join me on this cosmic adventure, where theoretical exploration meets empirical investigation, and together, let's unravel the secrets of these cosmic messengers!
Extra informatie
The student should have a working laptop.
Locatie
Plaats gekozen door de student :
- In de omgeving van Genève, Zwitserland
Over
Currently I am a full time researcher in experimental particle physics, based at the university of Geneva, CH. I love particles and especially I love to explore different methods trough which we can detect them.
During my continuous education I designed and constructed tens of detectors, passing my knowledge to students with various backgrounds: from pharmacy/business to highly specialised physics master/Ph.D. student.
I love to talk about research and the universe itself, and I consider that the only moment when research reaches its goal is when knowledge is successfully passed towards the younger generations.
During my career I have been based (and still am) at several world leading institutes, including CERN and the Paul Scherrer Institute (PSI).
Outside research, my life revolves around cycling and mountain biking, having obtained the title of national champion at amateur level in my country.
During my continuous education I designed and constructed tens of detectors, passing my knowledge to students with various backgrounds: from pharmacy/business to highly specialised physics master/Ph.D. student.
I love to talk about research and the universe itself, and I consider that the only moment when research reaches its goal is when knowledge is successfully passed towards the younger generations.
During my career I have been based (and still am) at several world leading institutes, including CERN and the Paul Scherrer Institute (PSI).
Outside research, my life revolves around cycling and mountain biking, having obtained the title of national champion at amateur level in my country.
Opleiding
BSc/MSci -> University of Birmingham, UK:
Here I obtained the title of master in particle phyiscs and cosmology. My masters project involved acquiring data in a more efficient way at one of the biggest experiments from CERN: NA62.
Ph.D -> University of Geneva, CH.
Based in the particle physics (neutrino) group, here I designed, constructed, and analsed the data of a novel particle detector with improved resolution.
Here I obtained the title of master in particle phyiscs and cosmology. My masters project involved acquiring data in a more efficient way at one of the biggest experiments from CERN: NA62.
Ph.D -> University of Geneva, CH.
Based in the particle physics (neutrino) group, here I designed, constructed, and analsed the data of a novel particle detector with improved resolution.
Leservaring
Teaching -> 6 years
Guided tours for physics experiments- > 5 years
Data analysis -> 8 years
Physics -> 10 years
Data acquisition -> 4 years
Coding -> 8 years.
Guided tours for physics experiments- > 5 years
Data analysis -> 8 years
Physics -> 10 years
Data acquisition -> 4 years
Coding -> 8 years.
Leeftijd
Tieners (13-17 jaar oud)
Volwassenen (18-64 jaar oud)
Senioren (65+ jaar oud)
Niveau van de leerling
Beginner
Gemiddeld
Gevorderden
Duur
60 minuten
120 minuten
De les wordt gegeven in
Engels
Frans
Vaardigheden
Beschikbaarheid typische week
(GMT -05:00)
New York
Bij de student thuis
Mon
Tue
Wed
Thu
Fri
Sat
Sun
00-04
04-08
08-12
12-16
16-20
20-24
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Good-fit Leraar Garantie
Contacteer Robert-Mihai