Browsing by Author "Fördös, Tibor"

Coherent light sources with spin-polarized current.

Fördös, Tibor (Disertační práce, 2018)

Dynamical and quantum aspects of spin-lasers

Drong, Mariusz (Diplomová práce, 2019)

Dynamical properties of spin-polarized lasers

Drong, Mariusz (Bakalářská práce, 2017)

Eigenmodes of spin vertical-cavity surface-emitting lasers with local linear birefringence and gain dichroism

Fördös, Tibor; Jaffres, Henri Y.; Postava, Kamil; Seghilani, Mohamed Seghir; Garnache, Arnaud; Pištora, Jaromír; Drouhin, Henri Jean (Physical Review A. 2017, vol. 96, issue 4. art. no. 043828.)

Fyzika pevných látek

Postava, Kamil; Fördös, Tibor

Local and mean-field approaches for modeling semiconductor spin-lasers

Drong, Mariusz; Fördös, Tibor; Jaffres, Henri Y.; Peřina, Jan; Postava, Kamil; Pištora, Jaromír; Drouhin, Henri-Jean (Journal of Optics. 2020, vol. 22, issue 5, art. no. 055001.)

Magneto-optical effects in nanostructures with reduced symmetry

Fördös, Tibor (Bakalářská práce, 2011)

Matrix approach for modeling of emission from multilayer spin-polarized light-emitting diodes and lasers

Fördös, Tibor; Postava, Kamil; Jaffres, Henri Y.; Pištora, Jaromír (Journal of Optics. 2014, vol. 16, issue 6, art. no. 065008.)

Modeling of anisotropic thin-film laser structures

Fördös, Tibor (Diplomová práce, 2013)

Mueller matrix ellipsometric study of multilayer spin-VCSEL structures with local optical anisotropy

Fördös, Tibor; Postava, Kamil; Jaffres, Henri Y.; Quang To, D.; Pištora, Jaromír; Drouhin, Henri Jean (Applied Physics Letters. 2018, vol. 112, issue 22, art. no. 221106.)

Semiconductor spin-lasers with periodic gratings for ultrafast applications

Hejtman, Oliver Jan (Diplomová práce, 2025)

Solid State Physics

Postava, Kamil; Fördös, Tibor

Spin vertical-cavity surface-emitting lasers with linear gain anisotropy: Prediction of exceptional points and nontrivial dynamical regimes

Drong, Mariusz; Peřina Jr., Jan; Fördös, Tibor; Jaffres, Henri Y.; Postava, Kamil; Drouhin, Henri-Jean (Physical Review A. 2023, vol. 107, issue 3, art. no. 033509.)