Topics and special sessions
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The topics of the conference deal with all aspects of luminescence spectrometry:
- Bioluminescence
- Cathodoluminescence
- Chemiluminescence
- Electrochemoluminiscence
- Photoluminescence
- Plasmaluminescence (LIBS)
- Radioluminescence
- Thermoluminescence
- Other related techniques
The works presented deal with:
- Fundamental research
- New concepts
- Industrial methods and applications
- Instrumentation development
In the domain of:
- Archaeometry, luminescence dating
- Artwork diagnostics
- Automated analytical systems
- Biotechnological applications
- Environmental and agrochemical analysis and monitoring
- Food control
- Genomics, proteomics and metabolomics
- Lab-on-chip
- Labelling and detection of biomolecules
- Luminescence and the dynamics of biological systems
- Luminescence imaging
- Luminescent complexes and metal-organic frameworks
- Luminescent nanostructures
- Multiphoton luminescence microscopy
- Pharmaceutical and toxicological analysis
- Sensors, biosensors and molecular Switches
Contributions from commercial organizations are encouraged, including detailed descriptions of new instrumentation, specific applications, and assessment of future commercial trends and opportunities.
List of program sessions
Parallel sessions will take place in four rooms in the conference venue. Each session will have invited talks, keynote lectures and oral presentations. The posters will be presented in specific sessions during the afternoons.
The topics of the sessions are listed below (this list will be updated in the next future):
S1.- New developments and applications of Photo-induced Fluorescence (PIF) in the environmental and the health fields
S2.- Application of bioluminescence and chemiluminescence to flow injection analysis
S3.- Principles and Mechanisms of Chemiluminescence and Bioluminescence
S4.- Marine bioluminescence
S5.- Luminescence applications for analytical chemistry i.e.: Environmental analysis, food analysis
S6.- Fiber optic sensing devices based on low-cost instrumentation for luminescence applications
S7.- Electrogenerated chemiluminescence: from fundamentals to imaging and bioassays
S8.- Monitoring food, health and environment with spectroscopy
S9.- Theoretical insights in chemi- and bio-luminescence
S10.- Сurrent state and achievements in the research on novel bioluminescent systems
S11.- Bioluminescence in Education
S12.- Bio-chemiluminescence biossays and biosensors
S13.- Fluorescence biosensing: current challenges and new avenues
S14.- Luminescent biosensors with biomimetic recognition elements
S15.- Structure, function and artificial evolution of luciferases and photoproteins
S16.- Fundamental research of biolulminescent systems
S17.- Luciferases: Novel bioluminescent systems and Structure, and functional evolution of luciferases
S18.- New luminescence nanomaterials
S19.- Trends in synthetic methodologies of fluorescence probes
S20.- Photoluminescent Nanoparticles:
S21.- Advances in photoluminescence (bio)imaging
S22.- Recent developments in Föster resonance energy transfer (FRET) methodologies
S23.- Novel Bioluminescent systems
S24.- Creating glowing plants and mammals
S25.- New Trends of the application of bioluminescence and chemiluminescence
S26.- Luminescent Materials for Display, Dosimetry, Forensic and Biomedical Applications
S27.- Other
Plenary, Invited and Keynote Speakers
LIST BE UPDATED SOON
Preliminary program
