Please join Dr. Ferenc Borondics to hear about how cutting-edge IR spectroscopic tools, such as the breakthrough technique of Optical Photothermal Infrared (O-PTIR), is being used by researchers from a wide range of application areas, many of these based on recent publications in high impact factor journals.
Additionally, Dr Mustafa Kansiz, Director of Product Management and Marketing at Photothermal Spectroscopy Corp, will provide a comprehensive technique overview together with diverse application examples in this exciting two-part event.
Traditional infrared spectroscopy has been constrained by fundamental diffraction limits, restricting spatial resolution and limiting applications across numerous research fields. From cultural heritage conservation to neuroscience research, scientists have been forced to compromise between chemical specificity and spatial resolution, often missing critical microscopic details that drive macroscopic phenomena.
O-PTIR spectroscopy is breaking these barriers across all disciplines.
This revolutionary technique delivers submicron spatial resolution with full IR chemical specificity, enabling breakthrough discoveries across an unprecedented range of applications. Dr Borondics will showcase how O-PTIR is transforming research from cultural heritage preservation to neuroscience investigations, supported by recent high-impact publications that demonstrate the technique’s versatility and power.
Join us to discover how O-PTIR is revolutionizing analytical chemistry across disciplines—finally making it possible to achieve chemical imaging at the length scales that matter most for your research.
Webinar Highlights:
✅ Cross-Disciplinary Applications – Real-world examples spanning cultural heritage, neuroscience, medical diagnostics, and materials science
✅ High-Impact Publications – Recent breakthrough research published in leading journals demonstrating O-PTIR’s versatility
✅ Submicron Resolution – Chemical imaging capabilities that overcome traditional IR limitations
✅ Simultaneous IR+Raman – Complementary analytical power for comprehensive sample characterization
✅ Diverse Sample Types – From ancient artifacts to biological tissues, polymers to kidney stones
✅ Expert Insights – Learn from leading researchers pushing the boundaries of analytical chemistry
What You’ll Learn:
Part 1: Technique Foundation
- Introduction to submicron O-PTIR and simultaneous Raman (IR+Raman) microscopy
- Technical advantages and breakthrough capabilities
- Comprehensive overview of analytical possibilities
Part 2: Multi-Disciplinary Applications
- Cultural Heritage – Preservation science and artifact analysis with submicron chemical mapping
- Neuroscience – Brain tissue analysis and neurological disorder research applications
- Medical Diagnostics – Kidney stone composition and formation analysis
- Forensic Science – Hair analysis for investigative applications
- Materials Science – Polymer orientation and microstructure characterization
Who Should Attend?
🏛️ Cultural Heritage Scientists – Conservators, archaeologists, and museum researchers focused on artifact preservation and analysis
🧠 Neuroscientists & Neurologists – Researchers studying brain tissue, neurological disorders, and neurodegenerative diseases
🏥 Medical Researchers – Scientists in urology, pathology, and diagnostic medicine
🔬 Analytical Chemists – Professionals seeking advanced IR spectroscopy capabilities across multiple disciplines
🧪 Materials Scientists – Experts in polymer science, composite materials, and microstructure analysis
⚖️ Forensic Scientists – Specialists in trace evidence analysis and investigative chemistry
🌍 Multi-Disciplinary Researchers – Scientists looking to expand analytical capabilities across diverse sample types
🔬 Academic Researchers – Faculty and students across chemistry, physics, biology, and materials science departments
Don’t miss this opportunity to see how O-PTIR is transforming research across multiple disciplines!
