Recruitment
The MSCA Doctoral Network High-Power Optical Vortices (HiPOVor) will open 15 positions for doctoral candidates (DCs). The research topics for each DC are listed below.
Open doctoral candidate positions
DC1
Direct generation and amplification of ultra-short vortexes in Yb-doped helical tapered fibers. (Tampere)
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High power broadband fiber-based structured light with machine learning tuneable spatio-temporal characteristics. (Tampere)
Learn MoreDC3
Thin-disk laser (oscillators & amplifiers) emitting high-power optical vortices in the IR (1030nm, 1420 nm), green (515 nm) and DUV (257.5 nm) wavelength range. (Stuttgart)
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Development of hollow-core fibers for efficient guiding of high-power optical Vortices. (Stuttgart)
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Light-matter interactions using high-power optical vortices in laser drilling of Metals. (Stuttgart)
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Fabrication of large area grating-based polarisation converters operating in Reflection. (Stuttgart)
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High power vortex components and non-diffractive structured optics for mid-IR with hot embossing technology. (Warsaw)
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High power all-fiber vortex beam generators. (Warsaw)
Learn MoreDC9
Photonic integrated chip-based beam forming for seeding amplified high-power Vortices. (Glasgow)
DC10
Modelling of high-power vortex induced turbulence in free-space and fluid dynamic based optical propagation modelling. (Glasgow)
DC11
Interaction of OAM beams with mesoscopic systems. (Bucharest)
DC12
Acceleration of protons using vortex beams. (Bucharest / ELI-NP)
DC13
Generation and properties of ultrashort vortices with space-time coupling. (Brussels)
Learn MoreDC14
Production of nanopillar arrays using Bessel vortex arrays. (FEMTO-ST)
Learn MoreDC15
High speed manufacturing of vortex waveplates for generating vortex and their arrays for different wavelengths. (Paris-Saclay)
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