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Imaging Webinars
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Enhancing Industrial Applications with Advanced SWIR and UV Imaging
Short-wave infrared (SWIR) and ultraviolet (UV) imaging are transforming industrial applications such as fruit inspection and sorting, packaging, IR microscopy, semiconductor inspection, and material...
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Multiplex Imaging: Camera, Lights, Optics, Action!
Multiplex imaging, either multicolor fluorescence or multispectral absorption and reflection imaging, is rapidly gaining popularity in the life sciences and medical arenas. Being able to image...
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FLIM Analysis Enhanced with Phasor Plotting aids Quantitative Biology
Fluorescence Lifetime Imaging (FLIM) is a powerful technique that provides a new dimension to quantitate the fluorescent probe, in addition to its steady-state intensity and spectral profiles. With...
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Lighting up the Brain: From Qualitative to Quantitative Methods to Guide Brain Tumor Surgery
The surgical treatment of brain tumors present a unique challenge to the surgeon, as they are required to balance between the oncological need to remove as much tumor as possible and the functional...
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Lasers in Health and Medicine
Laser usage in health and medicine has grown to touch nearly every branch of medical surgery and biological science. This session provides an overview of many of the laser applications in medical...
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Integration of Programmable Diffraction with Digital Neural Networks
Ozcan details the integration of programmable diffraction with digital neural networks. Diffractive optical networks are designed by deep learning to all-optically implement various complex functions...
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All-Optical Electrophysiology in the Brains of Behaving Animals
Cohen describes tools for simultaneous targeted optical perturbation and imaging of bioelectrical signals in live brains. These tools comprise molecular reagents that are currently available for...
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Intraoperative Multi-Modal Imaging Provides Multi-Scale Tumor Margin Assessment
For many surgical oncology procedures, particularly those where the surgeon attempts to preserve as much normal tissue as possible, there are exceedingly high positive margin rates, meaning that...
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Large Sensors and High-Speed sCMOS Cameras Enable Discovery
Thanks to advancements in optical techniques and camera systems, scientific microscopy has advanced significantly in recent years. Recent innovations in scientific CMOS cameras (sCMOS) have provided...
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High-speed OCT Imaging using Optical Frequency Combs
For more than two decades, scientists and clinicians have utilized light coherence and interferometry, collectively known as optical coherence tomography (OCT) to evaluate complex and...
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2D and Time-Gated Imaging with SPAD Arrays
Single photon avalanche photodiode (SPAD) arrays are an emerging imaging technology offering several advantages over traditional imaging with CCDs and CMOS. Most importantly, a pixel in a SPAD array...
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Linear and Nonlinear Optical Imaging Enable Large Area Brain Morpho-Functional Imaging
High-resolution microscopy methods based on nonlinear optical technique find numerous applications in brain imaging. Functional or structural information can be gained with different implementations....
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How CMOS Sensor Specifications Impact Scientific Imaging Applications
One of the most challenging decisions when designing a scientific imaging setup is determining the best possible CMOS sensor for the job. The origin of this challenge stems from the fact that imaging...
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Imaging the Dynamics of the Nervous System
Recent technological advances in multiphoton microscopy have dramatically propelled exploration of neural circuits and brain function within the neuroscience community. Developed through...
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Widefield Superresolution Photothermal Infrared Spectroscopy and Imaging of Biological Materials
Widefield optical photothermal infrared (O-PTIR), powered by fluorescence-detected photothermal infrared (FL-PTIR), is a novel multimodal approach for superresolution IR chemical imaging and...
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Label-Free Multiphoton Microcopy Advances Clinical Skin Imaging
Multiphoton microscopy (MPM) is widely used for generating high-resolution 3D maps of tissue molecular compounds. Initially limited to research labs for basic biology studies and small animal...
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Advances in STED Microscopy Provide Window into the Brain
The brain is an incredibly complex organ, with more than 86 billion neurons. Optogenetics has opened a window into the brain and provided an incredible tool for optical studies. However, many...
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Optical Imaging and Spectroscopy at the National Institute of Biomedical Imaging and Bioengineering
The mission of the National Institute of Biomedical Imaging and Bioengineering (NIBIB) is to transform through technology development, their understanding of disease and its prevention, detection,...
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Accelerating Life Sciences Imaging Instrument Development with Unrivaled Performance and Speed
Developing a high-performance fluorescence microscope is a challenging task in which all subsystems must work in harmony. In this webinar, Joseph Mulley and Jim Feeks from IDEX Health & Science...
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Retinal Imaging with Adaptive Optics Optical Coherence Tomography
When imaging the living human eye, even if a person has perfect vision, blur caused by ocular aberrations of the eye limits resolution. This blur rapidly fluctuates due to a number of factors, such...
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Understanding Commercial Off The Shelf (COTS) Lens Tolerances
The technical data sheet, the most basic form of communication about lens specification in the industry, should provide an objective and uniform key to helping buyers understand the tolerances...
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SWIR and NIR Disruptive Zoom Lens for Challenging Environments: Air, Land, and Maritime
Peter Kunert of MKS Ophir IR Optics explores the advantages of SWIR lenses and how they play a pivotal role in air, land, and maritime imaging, offering unparalleled visibility even in challenging...
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Lights! Camera! Optics! Tricks of the Trade for Developing Front Ends for Machine Vision Systems
In this webinar, Andrew Bodkin shares insights into developing imaging systems that both experienced engineers and novice developers will find valuable. Over his lifelong career working with cameras,...
on demand
Reflective Optics for Multispectral EO Systems
Large reflective optics are essential for high-performance multispectral electro-optics imaging systems in defense, surveillance, and aerospace. These systems capture multiple wavelengths to improve...
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Beam Steering with Galvos: Common Configurations and Their Uses
Galvanometer scanning systems are highly configurable tools for steering laser beams and are used in applications including microscopy, lidar, and the laser processing of materials. Choosing the...
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Jan/Feb 2025
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