April 2014

OSA Incubator: Implications of Compressive Sensing Concepts to Imaging Systems

While the hot topic of DC in general might be the Cherry Blossom Festival, here at OSA headquarters we’re focusing on compressive processing.First, what is an Incubator?  The OSA Incubator Program began in 2011 and this week’s OSA Incubator Implications of Compressive Sensing Concepts to Imaging Systems is the 13th Incubator to date. Each Incubator differs not only in topic but...

Added: 10 Apr 2014


The Role of Chance in Biomedical Imaging

Much of my work as a postdoctoral trainee at Tufts University has focused on utilizing endogenous sources of optical contrast to assess tissue development and disease. To this end, our lab has utilized non-linear optical microscopy to non-destructively characterize tissue organization and metabolic function with an emphasis on understanding and detecting stem cell differentiation and...

Added: 07 Apr 2014


OSA Topological Order with Photons Incubator: Facilitating Discussion of this Nascent Field

Greetings from the 12th installment of OSA Incubator meetings, the OSA Topological Order with Photons Incubator! Hosted by Steven Girvin, Yale University, United States; Mohammad Hafezi, Joint Quantum Institute, United States; Karyn Le Hur, Ecole Polytechnique, France; Jacob Taylor, National Institute of Standards & Technology, United States; the meeting will span two days, involving formal...

Added: 04 Apr 2014


How do you make a topologically interesting system with light?

Quantum superposition states are immensely delicate things - any interaction with the environment can cause them to decohere. This poses a significant problem for quantum computing, where information would need to be stored within quantum states for relatively long periods of time. A promising way to isolate a system exploits the topology of the system, known as 'topological protection'...

Added: 04 Apr 2014


What lies ahead for topological photonic systems?

The final day of the Topological Order with Photons Incubator saw several more proposals for systems that could support topological edge states. Metamaterials are a promising environment, and talks were given by Alex Kanikaev and Gennady Shvets on fabricating bianistropic metamaterials to emulate electron spins and topological insulators. Na Young Kim and Alberto Ano laid different schemes...

Added: 04 Apr 2014