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Welcome to the Complex Materials Optics Network

University of Nebraska-Lincoln, Department of Electrical Engineering
Nebraska Center for Materials and Nanoscience
Center for Nanohybrid Functional Materials


Contact: M. Schubert

News
Apr 18, 2018:

Congratulations to Ufuk for receiving a 2018 UNL Spring Research Fair Commendation Award for his poster presentation!

Apr 18, 2018:

Congratulations to Darin for his successful PhD defense.

Apr 17, 2018:

Congratulations to Alyssa, Sean, Rafal and Mathias for a new mile stone paper in generalized ellipsometry on low-symmetry materials characterization Anisotropy and phonon modes from analysis of the dielectric function tensor and the inverse dielectric function tensor of monoclinic yttrium orthosilicate in Physical Review B.

Jan 03, 2018:

Congratulations to Sean for his paper Electron effective mass in Sn-doped monoclinic single crystal beta-gallium oxide determined by mid-infrared optical Hall effect featured in the Editor's Pick collections of Applied Physics Letters.

Dec 29, 2017:

Congratulations to Alyssa and Rafal for bringing our paper Band-to-band transitions, selection rules, effective mass, and excitonic contributions in monoclinic beta Ga2O3 in Physical Review B to the finish line!

Nov 21, 2017:

Congratulations to Alyssa for her successful PhD defense.

more News ...

last update 18. April 2018



The Complex Materials Optics Network (CMON) activities are currently funded by National Science Foundation within Materials Research Science and Engineering Center QSPIN, University of Nebraska-Lincoln, Nebraska Center for Materials and Nanoscience, Department of Electrical Engineering, College of Engineering and Technology, John A. Woollam Foundation, J.A.Woollam Co.,Inc., EMCORE Corporation, INO Canada, and OSRAM Opto- semiconductors GmbH (Germany).

  CMON funding


The Complex Materials Optics Network (CMON) comprises active research groups within the University of Nebraska-Lincoln. The primary focus is optical materials preparation, characterization, and instrumentation development for solving contemporary experimental and theoretical problems in materials sciences and engineering bridging Physics, Chemistry, Biology and Engineering applications. The cluster currently is sectioned into Materials Preparation, Instrumentation, Optical Physics, Photonic Crystals, and Biomaterials groups. Instrumentation developments address Terahertz Ellipsometry, Generalized Ellipsometry, and field-dependent linear and nonlinear spatial- and time-resolving optical probes. Active research areas address magnetic, ferroelectric and multiferroic materials, and nanoscience, nanostructure preparation, charge transport in quantum regime systems, and biointerface properties, for example.