Daniela Holzmann, PhD
PostDoc
Room:
4S23 ITP
Phone: +43 512 507
Email:
Daniela.Holzmann[at]uibk.ac.at
Research group: Cavity Quantum Electrodynamics
More Information
-
Publications 2021
Contributions to Books / Journals
Journal Article (Original Paper)
-
Holzmann, D.; Sonnleitner, M.; Ritsch, H. (2021): A Versatile Quantum Simulator for Coupled Oscillators Using a 1D Chain of Atoms Trapped near an Optical Nanofiber.
In: Photonics 8/6, No. 228. (Full-text) (DOI) (Web link)
Lectures 2021
Presentations at Conferences, Symposia, etc.
Poster Presentation
-
Lecturer(s): Holzmann, D.: A versatile quantum simulator for coupled oscillators using a 1D chain of atoms trapped near an optical nanofiber.
52nd Conference of the European Group on Atomic Systems (EGAS52), Zagreb (online), 2021-07-06. (Web link)
Publications 2018
Contributions to Books / Journals
Journal Article (Original Paper)
-
Holzmann, D.; Sonnleitner, M.; Ritsch, H. (2018): Synthesizing variable particle interaction potentials via spectrally shaped spatially coherent illumination.
In: New Journal of Physics 20, No. 103009. (DOI) (Web link)
Publications 2017
Contributions to Books / Journals
Journal Article (Original Paper)
-
Ebongue, C.; Holzmann, D.; Ostermann, S.; Ritsch, H. (2017): Generating a stationary infinite range tractor force via a multimode optical fibre.
In: Journal of Optics 19, No. 065401. (DOI) (Web link)
Publications 2016
Contributions to Books / Journals
Journal Article (Original Paper)
-
Holzmann, D.; Ritsch, H. (2016): Tailored long range forces on polarizable particles by collective scattering of broadband radiation.
In: New Journal of Physics 18, No.103041. (DOI) (Web link) -
Maimaiti, A.; Holzmann, D.; Truong, V.G.; Ritsch, H.; Chormaic, S.N. (2016): Nonlinear force dependence on optically bound micro-particle arrays in the evanescent fields of fundamental and higher order microfibre modes.
In: Scientific Reports 6, Article 30131. (DOI) (Web link)
Journal Article (Correction: Self-Correction)
-
Holzmann, D.; Ritsch, H. (2016): Erratum: Tailored long range forces on polarizable particles by collective scattering of broadband radiation (2016 New J. Phys. 18 103041).
In: New Journal of Physics 18, No. 119602. (DOI) (Web link)
Lectures 2016
Presentations at Conferences, Symposia, etc.
Conference Lecture (Upon Registration)
-
Lecturer(s): Holzmann, D.: Collective scattering and oscillation modes of optically bound point particles trapped in a single mode waveguide field.
Young Atom Opticians conference (YAO 2016), Garching, 2016-02-24. (Web link)
Publications 2015
Contributions to Books / Journals
Journal Article (Original Paper)
-
Holzmann, D.; Ritsch, H. (2015): Collective scattering and oscillation modes of optically bound point particles trapped in a single mode waveguide field.
In: Optics Express 23/25, pp. 31793 - 31806. (DOI) (Web link)
Lectures 2015
Presentations at Conferences, Symposia, etc.
Conference Lecture (Upon Registration)
-
Lecturer(s): Holzmann, Daniela Co-author(s): Sonnleitner, M.; Ritsch, Helmut: Self-ordering and collective dynamics of transversely illuminated point-scatterers in a 1D trap.
ONNA Optical Nanofiber Applications: From Quantum to Bio Technologies, Okinawa, 2015-05-25. (Web link)
Poster Presentation
-
Lecturer(s): Holzmann, Daniela Co-author(s): Sonnleitner, M.; Ritsch, Helmut: Self-ordering and collective dynamics of transversely illuminated point-scatterers in a 1D trap.
Winterschool on Non-Equilibrium Quantum Systems: Theory and Experimental Implementation, Obergurgl, 2015-04-08. (Web link) -
Lecturer(s): Holzmann, Daniela Co-author(s): Sonnleitner, M; Ritsch, Helmut: Self-ordering and collective dynamics of transversely illuminated point-scatterers in a 1D trap.
29. SFB Foqus Meeting, Innsbruck, 2015-03-12. (Web link)
Publications 2014
Contributions to Books / Journals
Journal Article (Original Paper)
-
Holzmann, D.; Sonnleitner, M.; Ritsch, H. (2014): Self-ordering and collective dynamics of transversely illuminated point-scatterers in a 1D trap.
In: European Physical Journal D. Atomic, Molecular, Optical and Plasma Physics 68, No. 352. (DOI)
-