Person | Bioinspired Materials NCCR | Université de Fribourg

YAZHGUR Pavel

Alumni

Postdoctoral researcher, Research group SCHEFFOLD

Department of Physics University of Fribourg Chemin du Musée 3 CH-1700 Fribourg Switzerland

Email:	pavel.yazhgur@unifr.ch
Website:	https://www3.unifr.ch/directory/en/people/225808/88b5f

Projects team

Structurally colored micron scaled pigments for inkjet printing

Bringing the concepts of structural color to printing applications

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Complex disordered photonic architectures by self-assembly

Exploring new approaches for the synthesis of disordered photonic materials

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Publications

Light scattering from colloidal aggregates on a hierarchy of length scales
Yazhgur Pavel, Aubry Geoffroy J., Froufe-Pérez Luis S., Scheffold Frank
Optics Express (2021)

Macroporous Silica Foams Fabricated via Soft Colloid Templating
Bergman Maxime J., García‐Astrain Clara, Fuchs Nathan, Manne Kalpana, Yazhgur Pavel, Froufe‐Pérez Luis S., Liz‐Marzán Luis M., Scheffold Frank
Small Methods (2022)

Scattering phase delay and momentum transfer of light in disordered media
Yazhgur Pavel, Aubry Geoffroy J., Froufe-Pérez Luis S., Scheffold Frank
Physical Review Research (2022)

Inkjet Printing of Structurally Colored Self-Assembled Colloidal Aggregates
Yazhgur Pavel, Muller Nicolas, Scheffold Frank
ACS Photonics (2022)

Manufacturing Large-scale Materials with Structural Color
Schertel Lukas, Magkiriadou Sofia, Yazhgur Pavel, Demirörs Ahmet
CHIMIA (2022)

Structurally colored silica foams using colloidal templating
Manne Kalpana, Magkiriadou Sofia, Yazhgur Pavel, Demirörs Ahmet F., Scheffold Frank
Frontiers in Soft Matter (2023)

Experimental realization of Weaire–Phelan foams as photonic crystals
Uribe A. Aguilar, Yazhgur P., Scheffold F.
APL Photonics (2023)

Photonic spheres by microgel templating [Invited]
Manne Kalpana, Magkiriadou Sofia, Yazhgur Pavel, Demirörs Ahmet F., Scheffold Frank
Optical Materials Express (2024)

YAZHGUR Pavel

Structurally colored micron scaled pigments for inkjet printing

Complex disordered photonic architectures by self-assembly