output
19972025
most citedLy-alpha Emission-Line Galaxies at z = 3.1 in the Extended Chandra Deep Field South

351 citations

Showing physics.opticsShow all

7 papers · 1 filter

physics.optics2024★ 4 cited

Neon tetra fish (Paracheirodon innesi) as farm-to-optical-table Bragg reflectors

D. Ryan Sheffield, Anthony Fiorito, Hengzhou Liu +2

Iridophore networks in the skin of neon tetra fish are investigated for use as biologically sourced, tunable, Bragg reflector arrays. This paper reports on a method for immediate a…

physics.optics2020★ 8 cited

Mechanisms of the Intensity Dependent Refractive Index in Ultrastrongly Coupled Organic Cavity Polaritons

Samuel Schwab, William Christopherson, Michael Crescimanno +1

The nonlinear optical response of organic polaritonic matter has received increasing attention due to their enhanced and controllable nonlinear response and their potential for nov…

physics.optics2014★ 2 cited

Chromatic control in coextruded layered polymer microlenses

Michael Crescimanno, Tom N. Oder, James H. Andrews +8

We describe the formation, characterization and theoretical understanding of microlenses comprised of alternating polystyrene and polymethylmethacrylate layers produced by multilay…

physics.optics2014★ 10 cited

Structure and Symmetry in Coherent Perfect Polarization Rotation

Michael Crescimanno, Chuanhong Zhou, James H. Andrews +1

Theoretical investigations of different routes to coherent perfect polarization rotation illustrate its phenomenological connection with coherent perfect absorption. Studying syste…

physics.optics2013★ 3 cited

Modeling off-resonant nonlinear-optical cascading in mesoscopic thin films and guest-host molecular systems

Nathan J. Dawson, James H. Andrews, Michael Crescimanno

A model for off-resonant microscopic cascading of (hyper)polarizabilities is developed using a self-consistent field approach to study mesoscopic systems of nonlinear polarizable a…

physics.optics2012★ 20 cited

Coherent Perfect Rotation

Michael Crescimanno, Nathan J. Dawson, James H. Andrews

Two classes of conservative, linear, optical rotary effects (optical activity and Faraday rotation) are distinguished by their behavior under time reversal. In analogy with coheren…