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Marco Finazzi

Researcher at Polytechnic University of Milan

Publications -  322
Citations -  6309

Marco Finazzi is an academic researcher from Polytechnic University of Milan. The author has contributed to research in topics: Second-harmonic generation & X-ray magnetic circular dichroism. The author has an hindex of 36, co-authored 302 publications receiving 5405 citations. Previous affiliations of Marco Finazzi include Leonardo & Sapienza University of Rome.

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Filled and empty states of Zn-TPP films deposited on Fe(001)-p(1×1)O

TL;DR: Zn-tetraphenylporphyrin was deposited on a single layer of metal oxide, namely an Fe(001)-p(1×1)O surface and the ionization energy and the electron affinity of the organic film were deduced and the interface dipole was determined and compared with data available in the literature.
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Recent developments in linear and nonlinear near‐field microscopy on single plasmonic nanoparticles

TL;DR: In this article, the authors review recent developments in the linear and nonlinear near-field characterization of single plasmonic resonators, which allows for a complete analysis of both the scattering response and the local field distribution near resonant plasmoric nanoparticles.
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Mapping local field enhancements at nanostructured metal surfaces by second-harmonic generation induced in the near field.

TL;DR: An aperture scanning near‐field optical microscope in which femtosecond pulses are coupled to a hollow‐pyramid aperture sensor displays high throughput and preserves pulse duration and polarization, enabling the achievement of sufficiently high peak power in the near field to perform nonlinear optics on the nanoscale.
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Third-harmonic light polarization control in magnetically resonant silicon metasurfaces.

TL;DR: This work designs an high quality factor silicon metasurface for third harmonic generation and performs back focal plane imaging of the diffraction orders, which present a rich variety of polarization states.
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Self-organized nano-structuring of CoO islands on Fe(001)

TL;DR: In this paper, the authors show that by following appropriate growth steps in ultra-high vacuum molecular beam epitaxy, it is possible to grow nano-structured films of CoO coupled to Fe(001) substrates, with tunable sizes (both the lateral size and the maximum height scale linearly with coverage).