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Information on the principal investigator and host institution

Information of the project and the call

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Artificial molecules in nanowires: atomistic calculations of excitonic spectra and machine learning

2018/31/B/ST3/01415

Keywords:

quantum dots nanowires atomistic calculations machine learning

Descriptors:

  • ST3_13: Structure and dynamics of disordered systems, soft matter, etc.
  • ST3_12: Molecular electronics
  • ST3_5: Physical properties of semiconductors and insulators

Panel:

ST3 - Condensed matter physics: structure, electronic properties, fluids, nanosciences, biological physics

Host institution :

Uniwersytet Mikołaja Kopernika w Toruniu, Wydział Fizyki, Astronomii i Informatyki Stosowanej

woj. kujawsko-pomorskie

Other projects carried out by the institution 

Principal investigator (from the host institution):

dr hab. Michał Zieliński 

Number of co-investigators in the project: 3

Call: OPUS 16 - announced on 2018-09-14

Amount awarded: 693 000 PLN

Project start date (Y-m-d): 2019-07-09

Project end date (Y-m-d): 2024-07-08

Project duration:: 36 months (the same as in the proposal)

Project status: Project completed

Project description

Download the project description in a pdf file

Note - project descriptions were prepared by the authors of the applications themselves and placed in the system in an unchanged form.

Information in the final report

  • Publication in academic press/journals (8)
  1. Crystal feld splitting and spontaneous polarization in InP crystal phase quantum dots
    Authors:
    Martyna Patera, Michał Zieliński
    Academic press:
    Scientific Reports (rok: 2022, tom: 12, strony: 15561), Wydawca: Springer Nature
    Status:
    Published
    DOI:
    https://www.nature.com/articles/s41598-022-19076-w - link to the publication
  2. Excitonic complexes in InAs/InP nanowire quantum dots
    Authors:
    Michał Zieliński
    Academic press:
    PHYSICAL REVIEW B (rok: 2020, tom: 101, strony: 195302), Wydawca: American Physical Society
    Status:
    Published
    DOI:
    10.1103/PhysRevB.101.195302 - link to the publication
  3. Dark-bright excitons mixing in alloyed InGaAs self-assembled quantum dots
    Authors:
    Michał Zieliński
    Academic press:
    Physical Review B (rok: 2021, tom: 103, strony: 155418-155433), Wydawca: American Physical Society
    Status:
    Published
    DOI:
    10.1103/PhysRevB.103.155418 - link to the publication
  4. Electric-field control of exciton fine structure in alloyed nanowire quantum dot molecules
    Authors:
    Michał Świderski, Michał Zieliński
    Academic press:
    Physical Review B (rok: 2021, tom: 104, strony: 195411-195428), Wydawca: American Physical Society
    Status:
    Published
    DOI:
    10.1103/PhysRevB.104.195411 - link to the publication
  5. Antibonding ground states in crystal phase quantum dots
    Authors:
    Martyna Patera, Michał Zieliński
    Academic press:
    PHYSICAL REVIEW B (rok: 2022, tom: 106, strony: L041405), Wydawca: American Physical Society
    Status:
    Published
    DOI:
    10.1103/PhysRevB.106.L041405 - link to the publication
  6. Electron g‑factor in nanostructures: continuum media and atomistic approach
    Authors:
    Krzysztof Gawarecki, Michał Zieliński
    Academic press:
    scientific reports (rok: 2020, tom: 10, strony: 22001), Wydawca: nature research
    Status:
    Published
    DOI:
    10.1038/s41598-020-79133-0 - link to the publication
  7. Fine structure of dark and bright excitons in vertical electric fields: Atomistic theory of alloyed self-assembled InGaAs quantum dots
    Authors:
    Michał Zieliński
    Academic press:
    PHYSICAL REVIEW B (rok: 2020, tom: 102, strony: 245423), Wydawca: American Physical Society
    Status:
    Published
    DOI:
    10.1103/PhysRevB.102.245423 - link to the publication
  8. Vanishing fine structure splitting in highly asymmetric InAs/InP quantum dots without wetting layer
    Authors:
    Michał Zieliński
    Academic press:
    Scientific Reports (rok: 2020, tom: 10, strony: 13542), Wydawca: Nature Research
    Status:
    Published
    DOI:
    10.1038/s41598-020-70156-1 - link to the publication

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