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Polymer-Based Tunable Optical Components

A material coating, whose light refraction properties can be precisely switched between different states, has been developed by an interdisciplinary research team from the Chemistry and Physics de . ....

Felix Schacher , Pallabi Paul , Sarahl Walden , Purushottam Poudel , Felixh Schacher , Sarah Walden , Isabelle Staude , Chengjun Zou , Katsuya Tanaka , Thomas Pertsch , Thomas Siefke , Adriana Szeghalmi , Institute Of Solid State Physics , Institute Of Organic Chemistry , Combining Two Established Systems , Create Something , Solid State Physics , Norganic Chemistry , Macromolecular Chemistry , Optical Artificial , Color Spatially Resolved Tuning , Ptical Components , Urface Structures , Surface Coatings ,

Polymer-based tunable optical components allow for metasurfaces that can switched with light

Polymer-based tunable optical components allow for metasurfaces that can switched with light
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Sarahl Walden , Isabelle Staude , Sarah Walden , Felix Schacher , Purushottam Poudel , Institute Of Solid State Physics , Institute Of Organic Chemistry , University Of Jena , Uni Jena , Solid State Physics , Norganic Chemistry , Macromolecular Chemistry , Two Color Spatially Resolved Tuning , Polymer Coated Metasurfaces ,

Novel approach towards nanomaterials developed - During this process, the team discovered an intriguing phenomenon

Scientists from the Friedrich Schiller University Jena and the Friedrich Alexander University Erlangen-Nuremberg, both Germany, have successfully developed nanomaterials using a so-called bottom-u . ....

United States , Federico Tomazic , Aswathy Muttathukattil , Michael Engel , Felix Schacher , Ulrichs Schubert , Santa Barbara , Felixh Schacher , Afshin Nabiyan , German Research Foundation , Kavli Institute For Theoretical Physics , University Of Erlangen , Assembly Of Core , University Of California , Kavli Institute , Theoretical Physics , German Research , David Pretzel , Shell Hybrid Nanoparticles , Directional Crystallization ,

Producing Nanoworms with Adjustable Properties

Researchers from Friedrich Schiller University Jena and Friedrich Alexander University Erlangen-Nuremberg have achieved a significant breakthrough by creating nanomaterials through a “bottom-up approach.” ....

United States , Felix Schacher , Skyla Baily , Michael Engel , Santa Barbara , University Of California , Kavli Institute For Theoretical Physics , Institute For Organic Chemistry , University Of Jena , University Of Erlangen , Adjustable Properties Prof , German Research Foundation , Assembly Of Core , Friedrich Schiller University Jena , Friedrich Alexander University Erlangen , Friedrich Schiller University , Friedrich Alexander University Erlangen Nuremberg , Producing Nanoworms , Adjustable Properties , Norganic Chemistry , Macromolecular Chemistry , Image Credit , Friedrich Schiller , Materials Industry Focus , Kavli Institute , Theoretical Physics ,

Crystallization as the driving force

Crystallization as the driving force
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Felix Schacher ,