Rafał Oszwałdowski

South Dakota School of Mines and Technology

Affiliations

Department of Physics

NoneRafał Oszwałdowski is currently serving as a Physics faculty at South Dakota School of Mines And Technology.

Honors

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Experiences

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Education

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Rafał Oszwałdowski

South Dakota School of Mines and Technology

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applied physics condensed matter physics materials science physics optoelectronics magnetism nanotechnology spintronics photonics condensed matter quantum dots laser science semiconductor nanostructures magnetic quantum dots magnetic polarons nanomaterials quantum photonics quantum devices electrical engineering electronic materials solid-state electronics quantum science optical engineering ferromagnetism magnetic anisotropies material research magnetic resonance nanoparticle research solid-state physics magnetic devices spintronic materials magnetic materials magnetic properties magnetoresistance quantum magnetism quantum technologies nanoscale modeling photoluminescence optical pumping quantum theory semiconductor technology quantum well lasers robust magnetic polarons closed-shell quantum dots magnetic bipolarons type-ii quantum dots time-resolved magnetophotoluminescence studies magnetic polaron dynamics monte carlo simulations magnetic quantum wells electrical control magnetic ions reentrant formation magnetic polaron formation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Circular Polarization Dynamics During Magnetic Polaron Formation in Type-II Magnetic Quantum Dots. The Journal of Physical Chemistry C (2020)

Biplob BarmanJames M. PientkaJoseph R. MurphyAlexander N. CartwrightWu-Ching ChouWen-Chung FanRafal OszwałdowskiAthos Petrou

circular polarization dynamicsmagnetic polaron formationnanotechnologyphysical chemistrymagnetismoptoelectronicsapplied physicscondensed matter physicsmaterials science

Modification of the Heavy Hole Wave-Function in Multiply Occupied Magnetic Quantum Dots. Bulletin of the American Physical Society (2019)

James PientkaPeiyao ZhangTenzin NordenArman NajafiBiplob BarmanYutsung TsaiBruce McCombeJong E HanIgor ZuticAthos PetrouRafal OszwaldowskiWen-Chung FanWu-Ching Chou

nanomaterialsparticle physicsmagnetic quantum dotsnanotechnologyoptoelectronicsheavy hole wave-functionapplied physicscondensed matter physicsmaterials science

Optical Control of Hole Wavefunction in Type-II Magnetic Quantum Dot Structures. The Journal of Physical Chemistry C (2019)

Peiyao ZhangTenzin NordenJames M. PientkaRafal OszwałdowskiArman NajafiBiplob BarmanYutsung TsaiWen-Chung FanWu-Ching ChouJong E. HanIgor ŽutićBruce D. McCombeAthos Petrou

photonicsoptical controlphysical chemistryoptoelectronicsapplied physicshole wavefunctioncondensed matter physicsmaterials science

Modeling of Znte Quantum Dots (Qds) Embedded in a Znmnse Matrix. Bulletin of the American Physical Society (2018)

James PientkaPeiyao ZhangTenzin NordenArman NajafiBiplob BarmanYutsung TsaiBruce McCombeJong E HanIgor ZuticAthos PetrouRafal OszwaldowskiWen-Chung FanWu-Ching Chou

nanotechnologyznte quantum dotsoptoelectronicsznmnse matrixapplied physicscondensed matter physicsmaterials science

Multiband Electronic Structure of Magnetic Quantum Dots: Numerical Studies. Acta Physica Polonica A (2018)

magnetic quantum dotsphysicsquantum materialscondensed matterquantum dotsapplied physicsquantum devicescondensed matter physics

Optical Control of Carrier Wavefunction in Magnetic Quantum Dots. arXiv (Cornell University) (2018)

P. ZhangT. NordenJ. M. PientkaR. OszwałdowskiA. NajafiB. BarmanY. TsaiW-C. FanW-C. ChouJ. E. HanI. ŽutićB. D. McCombeA. Petrou

photonicsoptical controlmagnetic quantum dotsnanophotonicsnanotechnologyoptoelectronicsoptical engineeringapplied physicscarrier wavefunction

Electronic and Magnetic Properties of Ferromagnetic Interfaces for Spin Injection Applications: Metallic and Semiconducting Cases. Bulletin of the American Physical Society (2016)

magnetoresistanceferromagnetismspintronicsspintronic materialscondensed mattermagnetic materialsmagnetismmagnetic deviceselectrical engineeringferromagnetic interfacesmagnetic resonanceapplied physicsmagnetic propertiescondensed matter physicsmaterials sciencespin injection applications

Modeling of Magnetic Polaron Properties in (Zn,Mn)Te Quantum Dots. Bulletin of the American Physical Society (2016)

James PientkaB. BarmanL. SchweidenbackA. H. RussY. TsaiJ. R. MurphyA. N. CartwrightI. ZuticB. D. McCombeA. PetrouW. C. ChouW. C. FanI. R. SellersA. G. PetukhovR. Oszwaldowski

nanomaterialssolid-state electronicsmagnetic polaron propertiessemiconductor nanostructuresnanotechnologymagnetismoptoelectronicselectronic materialselectrical engineeringnanoscale modelingnanoparticle researchapplied physicscondensed matter physicsmaterials science

Self-Consistent Theory of Magnetic Polarons in Semiconductor Quantum Dots.. Bulletin of the American Physical Society (2016)

self-consistent theoryphysicsquantum materialscondensed matterquantum sciencequantum dotsapplied physicsquantum devicescondensed matter physics

Competition Between Applied and Exchange Magnetic Fields in (Zn,Mn)Se/Znte Quantum Dots. Bulletin of the American Physical Society (2015)

Biplob BarmanY. TsaiT. ScraceI. ZuticB.D. McCombeA. PetrouW-C ChouM-H TsouC-S YangI.R. SellersR. Oszwaldowski

nanomaterialssemiconductor nanostructuresnanotechnologymagnetismoptoelectronicsexchange magnetic fieldsapplied physicscondensed matter physicsmaterials science

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