LMI

(redirected from Light-Matter Interaction)
AcronymDefinition
LMILabor Market Information
LMILocal Management Interface
LMILe Monde Informatique (French: Data Processing World)
LMILista Monumentelor Istorice (Romanian: List of Historical Monuments)
LMILogistics Management Institute
LMILow to Moderate Income
LMILean Management Institut (Germany)
LMILinear Matrix Inequality
LMILicense Management International
LMILinux Mark Institute
LMILegemiddelindustriforeningen (Norway)
LMILeadership Management Institute (various locations)
LMILantheus Medical Imaging (North Billerica, MA)
LMILes Mills International (New Zealand)
LMILogistics Management, Inc. (Masachusetts)
LMILoad Moment Indicator
LMILender's Mortgage Insurance
LMILogistics Management Information
LMILink Management Interface
LMILitigation Management, Inc. (Cleveland, OH)
LMILayer Management Interface
LMILead Market Initiative (EU)
LMILife Measurement, Inc. (medical devices)
LMILeadership Management International, Inc.
LMILiverpool Medical Institution (UK)
LMILarge and Medium Industries
LMILog Management and Intelligence (computer logs)
LMILanguage Matters, Inc.
LMILicense Management International, LLC
LMILocal Memory Interface (semiconductor industry)
LMILisp Machine Incorporated
LMILive Male Infant
LMILittle Marsh Island (Jacksonville, FL)
LMILaser/Materials Interaction
LMILaboratory Microsystems Incorporated
LMILaundry Machine Interface
LMILangley Management Instructions
LMILateral Movement Index
LMILight-Matter Interaction
LMILocal Market Integration
LMILaboratory Management Institute (University of California, Davis)
LMILast Minute Item
LMILike-Minded Individual
LMILiga Maya Internacional (Spanish: Maya International League; Costa Rica)
References in periodicals archive ?
Gao et al., "Strong enhancement of light-matter interaction in graphene coupled to a photonic crystal nanocavity," Nano Letters, vol.
University of Pittsburgh researchers have become the first to detect a fundamental particle of light-matter interaction in metals, the exciton.
According to the authors and outside experts, the new findings further advance the promise these new nanostructures hold for quantum computing and for new, more efficient, energy generation technologies (such as photovoltaic cells), as well as for other technologies that are based on light-matter interactions like biomarkers.
Through explicit efforts to visualize the invisible realities behind light-matter interaction, he seeks to open up better understanding of all optical phenomena.
Hermosa, a physicist who focused his research on light and light-matter interactions, shared his happiness on the recognition given by the Senate.
They cover the origins and development of photon science, properties of a photon, quantum optics and informatics, quantum fields, and light-matter interactions. Among specific topics are photons in free flight, radiation modes and polarization, qubits based on light photon statistics and quantum states, and near-field and far-field optics.
HCPCFs are extraordinaryly efficient for realizing resonance and near-resonance light-light and light-matter interactions due to long interaction length, small effective area, and the ability to suppress higher order modes [5, 6].