Full name Familienname, Vorname
Hüpfl, Jakob
 
Main Affiliation Organisations­zuordnung
 

Results 1-12 of 12 (Search time: 0.004 seconds).

PreviewAuthor(s)TitleTypeIssue Date
1Globosits, David ; Hüpfl, Jakob ; Rotter, Stefan Optimal Lightfields with the Floquet Scattering MatrixPresentation Vortrag11-Dec-2023
2Hüpfl, Jakob ; Bachelard, Nicolas ; Kaczvinszki, Markus ; Horodynski, Michael Andreas ; Kühmayer, Matthias ; Rotter, Stefan Optimal Cooling of Multiple Levitated Particles through Far-Field Wavefront-ShapingPresentation Vortrag19-Sep-2023
3Hüpfl, Jakob ; Bachelard, Nicolas ; Kaczvinszki, Markus ; Horodynski, Michael Andreas ; Kühmayer, Matthias ; Rotter, Stefan Optimal Cooling of Multiple Levitated Particles through Far-Field Wavefront ShapingPresentation Vortrag13-Sep-2023
4Hüpfl, Jakob ; Bachelard, Nicolas ; Kaczvinszki, Markus ; Horodynski, Michael Andreas ; Kühmayer, Matthias ; Rotter, Stefan Multi-Particle Active Feedback Cooling Using Shaped Wave-FrontsInproceedings Konferenzbeitrag7-Sep-2023
5Globosits, David ; Hüpfl, Jakob ; Rotter, Stefan Optimal Spatio-Temporal Light Fields with the Floquet Wigner-Smith MatrixPresentation Vortrag14-Jun-2023
6Rotter, Stefan ; Hüpfl, Jakob ; Russo, Felix ; Rachbauer, Lukas Michael ; Kuhl, U. ; Lu, J. ; Bouchet, D. A Continuity Equation for the Flow of Fisher Information in Electromagnetic ScatteringPresentation Vortrag10-May-2023
7Globosits, David ; Hüpfl, Jakob ; Rotter, Stefan Optimal Spatio-Temporal Light Fields with the Floquet Wigner-Smith MatrixPresentation Vortrag3-May-2023
8Globosits, David ; Hüpfl, Jakob ; Rotter, Stefan Optimal Spatio-Temporal Light Fields with the Floquet Wigner-Smith MatrixPresentation Vortrag1-May-2023
9Hüpfl, Jakob ; Bachelard, Nicolas ; Kaczvinszki, Markus ; Horodynski, Michael ; Kühmayer, Matthias ; Rotter, Stefan Optimal Cooling of Multiple Levitated Particles through Far-Field Wavefront ShapingArticle Artikel 24-Feb-2023
10Hüpfl, Jakob ; Bachelard, Nicolas ; Kaczvinszki, Markus ; Horodynski, Michael ; Kühmayer, Matthias ; Rotter, Stefan Optimal cooling of multiple levitated particles: Theory of far-field wavefront shapingArticle Artikel Feb-2023
11Hüpfl, Jakob ; Bachelard, Nicolas ; Kaczvinszki, Markus ; Horodynski, Michael ; Kühmayer, Matthias ; Rotter, Stefan Cooling levitated mesoscopic particles through wave-front shaping in the far-fieldInproceedings Konferenzbeitrag4-Aug-2022
12Huepfl Jakob - 2020 - Bjerknes forces a layer potential approach.pdf.jpgHüpfl, Jakob Bjerknes forces: a layer potential approachThesis Hochschulschrift 2020