Ágnes Kis-Tóth

2020 - Current

Master Educator

Eötvös Loránd University, Faculty of Science

Physics teaching methodology & Science communication & Astrophysical research

• Teaching in the 21st century. I want to find ways to improve physics education at all levels of study in order to make it effective, up-to-date, understandable and enjoyable for students, to adapt as much as possible to the changing student needs and to follow technological and societal developments.
• Science communication. It is more important than ever to communicate physics to the general public in an understandable and engaging way. My aim is to show the world that physics is an incredibly exciting, fun and cool science, and that physicists are not made to a template, but are just like everyone else: diverse.
• Astrophysics research. Physics has captivated me from the first day, but I've always been most drawn to the mysteries of the universe far far away. Every day we discover something, which then leads to new exciting questions. The answers are the result of the thorough work of many scientists and I find it deeply inspiring to be part of this process.

2009 - 2017

Teacher

Pázmány Péter Catholic University, Faculty of Information Technology and Bionics

Linear Algebra & Discrete mathematics & Stochastic processes

• Linear algebra - Vector spaces, Euclidean spaces, Matrix algebra, Linear operators, Eigenvalues, etc.
• Discrete maths - Combinatorics, Set theory, Relations, Algebraic structures, Logic, Graph theory
• Stochastic processes - Time series, ARMA processes, Markov chains

2006 - 2010

Teacher

Tuti Suli Private school, Budapest

All kinds of mathematics in higher education

• Mathematical analysis, Economic math, Linear algebra
• Operations research, Probability theory, Statistics, etc.

2001 - Current

Tutor

Budapest, Hungary

Mathematics and Physics tutoring . . & . . All kinds of mathematics at all level ..

2016 - 2020

Astrophysics PhD

Eötvös Loránd University, Faculty of Science

Particle Physics & Astronomy PhD programme

Specializations: Extragalactic Astronomy & High-energy Astropyhsics

Thesis: "Quasar ionized nebulae in the high redshift universe"

• Major: Astronomy, High energy astrophysics, Extragalactic astronomy
• Minor: Infrared astronomy, Dynamics of star systems, Star- and galaxy-populations, Black hole physics, Physics of the interstellar material, Neutrino physics

• Gamma spectroscopy laboratory exercise
• Liquid scintillation spectrometry laboratory exercise
• Vector algebra and vector calculus - Basic mathematical practical education for physicists or for environmental science students

• Implementation of practical applications of the "Illustris TNG" cosmological simulation's data.
• Basic knowledge of the James Webb Space Telescope instruments and proposal planning tools.

2013 - 2016

Physics MSc

Eötvös Loránd University, Faculty of Science

Theoretical Physicist Master's degree

Specializations: Astrophysics and Particle Physics

Thesis:"Cosmological ionized bubbles"

• Atomic and molecular physics, Nuclear physics, Statistical physics, Solid-state physics, Particle physics
• Computer simulations, Laboratory exercises and Seminars, etc.

• Extragalactic astrophysics, Gravitational waves, Cosmology, General relativity
• Nuclear and particle astrophysics, Observational methods.

• Relativistic quantum-electrodynamics I - II, Weak interaction, Quantum chromodynamics
• Strong interaction at low energies, Experimental methods.

• Galactic astronomy I - IV, Space astronomy, Compact stars
• Few-body problems in nuclear physics

2010 - 2013

Physics BSc

Eötvös Loránd University, Faculty of Science

Physicist Bachelor's degree

Specializations: Theoretical physics, Astronomy

Thesis: "Hydrogen storage in Mg-based amorphous alloys"

• Mechanics, Mechanics of continuous media, Electronics, Electromagnetism, Thermodynamics, Optics
• Astrophysics, Atomic and quantum physics, Particle and nuclear physics, Condensed matters
• Chemistry, Laboratory exercises and Seminars, etc

• Electro dynamics, Quantum mechanics, Statistical physics, Theoretical mechanics

• Relativity theory, Biophysics, Galactic dynamics, Self-organisation and complex behaviour
• Interaction of radiation and matter, Signal processing, Advanced laboratory exercises

• Astronomy I - II, Astrometry, Astronomical observational practice I-IV
• Evolutionary biology, Fluid mechanics, etc

1999 - 2006

Mathematics BSc+MSc

Eötvös Loránd University, Faculty of Science

Theoretical mathematician joint degree

Specializations: Differential Geometry, Functional Analysis

Thesis: "Linear operators on topological vector spaces"

• Algebra, Linear algebra, Number theory, Finite Mathematics, Symbolic Programming
• Set theory, Analysis, Functional analysis, Function series, Complex function theory
• Numerical analysis, Ordinary and Partial differential equations, Topology
• Geometry, Differential geometry, Probability Theory, Statistics, Operations research
• Mathematical logic, Computation science and Theoretical Physics, etc.

• Differential geometry: Lie-groups, Riemann-manifolds, Physics and geometry, Bundles and connections, etc.
• Functional analysis: Topological vector spaces, Harmonic analysis, C*-algebras, Structure of spacetime, etc.
• Operations research: Linear, Non-linear, Stochastic and Whole-number programming, Algorithms, etc.
• Information theory: Data compression, Cryptography, Statistics, etc.