[ bachelors | masters ]

Staff

• Aksel Jensen (emeritus) [e-prints | publications]
• Dmitri Fedorov [ E-prints | publications]

Bachelor students

1. Frode Balling-Ansø, Absorption cross section of microscopic black holes and their consequences for Earth, 2023
2. Asbjørn Frost Teilmann, Analytic matrix elements of prefactor Gaussians, and their application to variational calculations, 2023
3. Emil Åsheim Ingversen, Semirelativistic kinetic energy with correlated gaussian method, 2022
4. Niklas Scheel, Effects of the second meson in deuteron model with sigma-mesons, 2022
5. Laurits Nikolaj Stokholm, Artificial Neural Networks as trial wave function to numerically solve quantum systems ab initio, 2019.
6. Christian Foldager Andersen, Analytic gradients in correlated Gaussian method and applications to small atoms, 2018.
7. Peter Højbøge Mosegaard, Deuteron Photodisintegration in a Shifted Correlated Gaussian Basis, 2018.
8. Andreas Hagner, Analytical Matrix elements and their Gradients for Shifted Correlated Gaussians and test of Numerical Optimization thereof, 2017.
9. Frederik Skovbo, Bound states in crossover from three to two dimensions using fully correlated gaussian basis, 2016
10. Mette Dybdahl Mortensen, Quantum Particle in Curved Waveguides: Position-Dependent Mass Theory vs. Geometric Potential, 2016
11. Kåre Koch Rønnow, Numerical analysis of position-dependent effective mass Schrödinger equation, 2015
12. Kristoffer Vinther Olesen, Diffusion Monte Carlo Simulations of small Quantum Systems using simple Trial Wave Functions, 2015
13. Alex Arash Sand Kalaee, Deuteron photodisintegration using quasicontinuum of p-waves in correlated Gaussian basis, 2014
14. Andreas Torp Hammer, R-matrixformalismen, 2014
15. Erik Tyreskog, The role of three-body forces in light nuclei, 2014
16. Kasper Vardinghus, Den temperaturafhængige Hartree-Fock approksimation, 2013.
17. Vicki Trier Taasti, Quantums states with high angular momentum in correlated Gaussian basis, 2012;
18. Mathias Mikkelsen, One- and two-channel Gross-Pitaevskii equation to model Bose-Einstein condensates at Feshbach-resonance, 2011;
19. Jens Egebjerg Bækhøj, Stokastisk variationsregning andvend på små atomer, 2011;
20. Irina Kristensen, One- and two-channel mean-field model for BEC near Feshbach resonance, 2010;
21. Rasmus Sloth Hansen, Coupled Channel Zero-Range Model for Feshbach Resonances, 2010;
22. Tue Boesen, Feynmans Pathintegral i 1 Dimension med fokus på sinusbaner, 2010;
23. Else Stougård Andersen, Beregning af kvantemekaniske resonanser, 2009;
24. David Hansen, Study of small atoms using the Stochastic Variational Method, 2008;
25. Peder Sørensen, Absorptionstværsnit af Sorte Huller, 2008;
26. Martin Thøgersen, Algebraic methods in Quantum Mechanics, 2006;
27. Thomas Kjærgaard, Tæthedsmatricen og korrelationer i et N-boson system, 2005.

Master's students

1. Nikolaj Leonhard Daugaard Peters, Non-Born-Oppenheimer calculations with Explicit Correlated Gaussians, 2024.
2. Jakob Rye, Nuclear interaction model with explicit mesons and relativistic kinetic energy, 2023.
3. Martin Cradock Østerlund, Dressing of Proton with Virtual Pions in a Nuclear Model with Explicit Mesons, 2023.
4. Martin Mikkelsen, Threshold Pion Photoproduction off Nucleons using the Nuclear Model with Explicit Pions, 2022.
5. Christian Foldager, Nuclear interaction model with pions, 2020.
6. Filip Jensen, Nuclear interaction model with explicit mesons, 2019.
7. Frederik M. Jørgensen, Squeezed quantum few-body systems, 2018.
8. Andreas Torp Hammer, Undersøgelse af den korrelerede gaussmetode i forbindelse med lette kerner, 2018.
9. Torstein Dahl Bratberg, Application of shifted explicitly correlated Gaussians to few-electron atoms, 2017.
10. Jesper Bali Rasmussen, Optimeringsalgoritmer inden for den korrelerede gaussiske metode, 2017.
11. Mathias Mikkelsen, Mass-Imbalanced Three-Body Recombination In Cold Atomic Gases [e-prints], 2014.
12. Rasmus Udengaard Skannrup, Correlated Gaussian approach to cold atoms in a one dimensional double well trap, 2014.
13. Hans Henrik Sørensen, Correlations in many-body systems with the Stochastic Variational Method [e-print], 2005.

PhD students

• Dennis Hove [e-prints | Publications] 2017;
• Amin Salami Dehkharghani [e-prints | Publications] 2017;
• Jakob Knorborg Pedersen [e-prints | Publications] 2015;
• Oleksandr Marchukov [e-prints | Publications] 2015;
• Filipe Bellotti [e-prints | Publications] 2014;
• Artem Volosniev [e-prints | Publications] 2013;
• Peder K. Sørensen [e-prints | Publications] 2013;
• Martin Thøgersen [e-prints | Publications] 2009;
• Ole Sørensen [e-prints | Publications] 2004;
• Esben Nielsen [e-prints | Publications] 1999;
• Andrea Cobis [e-prints | Publications] 1997.

Post-doc fellows

• Filipe Bellotti [e-prints | Publications], 2016;
• Jeremy Armstrong [e-prints | Publications], 2011;
• Raquel Álvarez-Rodríguez [e-prints | Publications], 2008;
• Taka Sogo [e-prints | Publications], 2004;
• Eduardo Garrido [e-prints | Publications].

Visitors

• Marcelo Takeshi Yamashita [e-prints | Publications], 2009;
• Carolina Romero-Redondo [e-prints | Publications], 2008;
• Raul de Diego [e-prints | Publications], 2007;
• Han Guangze [e-prints | Publications], 2004 .

Teaching

• Quantum Field Theory, General Theory of Relativity, Numerical methods, Practical programming.

Links

NuPECC.org/events