Please note that email addresses on this site are protected to avoid abuse by spammers. You will need a JavaScript-enabled browser to see the email addresses or find me on CUT Phonebook . This webpage contains selected papers from my full bibliography that are split into various disciplines.

Mathematical physics - Geometry of physics

The Poincare lemma for codifferential, anticoexact forms, and applications to physics

arXiv

Cartan Connection for Schrödinger equation. The nature of vacuum

arXiv

The Poincare lemma, antiexact forms, and fermionic quantum harmonic oscillator

arXiv, published

Integrability of geodesics of totally geodesic metrics

arXiv, published

Mathematical physics - Nonlinear phenomena

Topological analysis of nuclear pasta phases

arXiv, published

Perturbed Lane-Emden equations as a boundary value problem with singular endpoints

arXiv, published

On the generalized Emden-Fowler and isothermal spheres equations

published

On the singularities of the Emden–Fowler type equations

published

Towards general results on singular boundary value problem for second order ODEs with power type nonlinearity and two fixed singularities

published

Scheme for numerical investigation of movable singularities of the complex valued solutions of ordinary differential equations

arXiv, published

On the solutions of the critical Lane–Emden equation in higher space dimensions

arXiv

A Mathematica package to derive weight-homogeneous decompositions of vector fields

published

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On similarity in the evolution of semilinear wave and Klein-Gordon equations: numerical surveys

published

On movable singularities of self-similar solutions of semilinear wave equations

published

On self-similar solutions of semilinear wave equations in higher space dimensions

published

Mathematical physics - Thermodynamics

Landauer's principle as a special case of Galois connection

arXiv, published

Entropy in Themodynamics: from Foliation to Categorization

arXiv

Simple explanation of Landauer's bound and its ineffectiveness for multivalued logic

arXiv

Particle physics - theory

Relativistic Voigt profile for unstable particles in high energy physics

arXiv, published

Triple Regge exchange mechanisms of four-pion continuum production in the pp→ppπ+π−π+π− reaction

arXiv, published

Central exclusive production of ρρ pairs in proton collision

published

Lineshape of the Higgs boson in future lepton colliders

arXiv, published

Particle Physics - Monte Carlo Methods

The adaptive Monte Carlo toolbox for phase space integration and generation

arXiv, published

GenEx: A simple generator structure for exclusive processes in high energy collisions

arXiv, published

Software for calculations of the Higgs boson lineshape in future lepton colliders

arXiv, published

Cancer therapy

A framework for assumption-free assessment of imperfect geometry of a linac C-arms

arXiv, published

A framework for on-line callibration of LINAC devices

arXiv, published

Downloads

Geophysics

The design and the performance of stratospheric mission in the search for the Schumann resonances

arXiv, published

Software

See my GitHub webpage.

See also my software webpage at MIMUW.

The Higgs lineshape calculator

Programs are published under GPL License. Before use, please read carefully following informations:
  1. The programs were written by means of high standards, however, author is not responsible for any damages that result from the use of these program. Use them at your own risk.
  2. If you have any comments, suggestions, questions please write. I will try to answer them in reasonable time.
  3. Documentation for C++ programs can be generated using Doxygen (use: make Generate-doc).
  4. If you find these programs or ideas useful please cite the papers which describe them:

    S. Jadach, R.A. Kycia Software for calculations of the Higgs boson lineshape in future lepton colliders; arXiv:1601.02854 [hep-ph]

    and

    S. Jadach, R.A. Kycia Lineshape of the Higgs boson in future lepton colliders; arXiv:1509.02406 [hep-ph]

Downloads

GenEx - Exclusive Monte Carlo generator for high energy physics

Programs are published under GPL License. Before use, please read carefully following informations:
  1. The programs can serve as an qualitative tools used to illustration of solutions or first step in examination of ODEs (Ordinary Differential Equations). Be warned if you want to use them in quantitative studies.
  2. The programs were written by means of high standards, however, author is not responsible for any damages that result from the use of these program. Use them at your own risk.
  3. If you have any comments, suggestions, questions please write. I will try to answer them in reasonable time.
  4. Documentation for C++ programs can be generated using Doxygen (use: make Generate-doc).
  5. If you find these programs or ideas useful please cite the papers which describe them:

    R. A. Kycia, J. Chwastowski, R. Staszewski, J. Turnau GenEx: A simple generator structure for exclusive processes in high energy collisions; arXiv:1411.6035 [hep-ph]

Downloads

GenExLight - Exclusive Monte Carlo generator for high energy physics

Programs are published under GPL License. Before use, please read carefully following informations:
  1. The programs can serve as an qualitative tools used to illustration of solutions or first step in examination of ODEs (Ordinary Differential Equations). Be warned if you want to use them in quantitative studies.
  2. The programs were written by means of high standards, however, author is not responsible for any damages that result from the use of these program. Use them at your own risk.
  3. If you have any comments, suggestions, questions please write. I will try to answer them in reasonable time.
  4. Documentation for C++ programs can be generated using Doxygen (use: make Generate-doc).
  5. If you find these programs or ideas useful please cite the papers which describe them:

    R. A. Kycia, J. Turnau, J. J. Chwastowski, R. Staszewski, M. Trzebiński The adaptive Monte Carlo toolbox for phase space integration and generation; arXiv:1711.06087 [hep-ph]

Downloads

Numerical investigation of movable singularities of the complex valued solutions of ordinary differential equations

Programs are published under GPL License. Before use, please read carefully following informations:
  1. The programs can serve as an qualitative tools used to illustration of solutions or first step in examination of ODEs (Ordinary Differential Equations). Be warned if you want to use them in quantitative studies.
  2. The programs were written by means of high standards, however, author is not responsible for any damages that result from the use of these program. Use them at your own risk.
  3. If you have any comments, suggestions, questions please write. I will try to answer them in reasonable time.
  4. Documentation for C++ programs can be generated using Doxygen (use: make Generate-doc).
  5. If you find these programs or ideas useful please cite the paper which describe them:

    Radosław A. Kycia Scheme for numerical investigation of movable singularities of the complex valued solutions of ordinary differential equations,
    V.P. Gerdt et al. (Eds.): CASC Workshop 2014, LNCS 8660, pp. 288–303, 2014

    CASC 2014 presentation

Downloads

Plots from the paper

Mathematica package to derive weight-homogeneous decompositions of vector fields

Programs are published under GPL License. Before use, please read carefully following informations:
  1. The program is based on the theory described in Goriely, A. 2001 Integrability and nonintegrability of dynamical systems Advanced Series on Nonlinear Dynamics, World Scientific
  2. The programs were written by means of high standards, however, author is not responsible for any damages that result from the use of these program. Use them at your own risk.
  3. If you have any comments, suggestions, questions please write. I will try to answer them in reasonable time.
  4. If you find these programs or ideas useful please cite the paper which describe them:

    Radosław A. Kycia A Mathematica package to derive weight-homogeneous decompositions of vector fields,
    J. Phys.: Conf. Ser. 563 012018 doi:10.1088/1742-6596/563/1/012018

Downloads

CCGR - Copernicus Center General Relativity

  1. This is Mathematica package for General Relativity tensorial calculations.
  2. The programs were written by means of high standards, however, author is not responsible for any damages that result from the use of these program. Use them at your own risk.

    3. Downloads

Moving mesh method for nonlinear evolutionary PDEs

SOON!!!

Downloads