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This Week in Photonics: NIST Closes in on Vacuum Measurement Standard; Cytophone Developers Incorporate Diode Tech (7/28/2022)

This Week in Photonics: NIST Closes in on Vacuum Measurement Standard; Cytophone Developers Incorporate Diode Tech
Weekly newsletter highlighting breaking news, technology developments and product releases in the photonics industry.
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Thursday, July 28, 2022
 
.: Top Stories

 
NIST Lays Groundwork for Vacuum Measurement Standards
NIST Lays Groundwork for Vacuum Measurement Standards
A quantum-based vacuum gauge system passed what scientists considered to be its first step to become a primary standard. Measurement tests showed the system to be intrinsically accurate without the need for calibration. The advancement is of particular importance to semiconductor fabricators that manufacture chips layer-by-layer in vacuum chambers operating at or below one hundred-billionth the pressure of air at sea level.
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Understanding Limits Solidifies Spaceplates in Optical Systems
Understanding Limits Solidifies Spaceplates in Optical Systems
Researchers at Cornell University have proposed a definition for the fundamental and practical limits of spaceplates, a technology developed to support the miniaturization of optical systems. The researchers believe their attempt marks the first time spaceplate bounds have been identified.
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Light-Powered Nanomotors Perform as Ultrasmall Energy Converters
Light-Powered Nanomotors Perform as Ultrasmall Energy Converters
Researchers at the University of Texas designed a solid-state, optical nanomotor that uses light to power functional devices at the nanoscale — without the challenges that hinder nanomotors operating in liquid environments. The team said its light-driven nanomotor, which is less than 100 nm in width, is the first such device to operate in a solid state.
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.: Featured Products & Services

 
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High performance custom XY, XYZ, X-Theta custom stage assemblies for precision applications such as photonics alignment, laser processing, 3D printing, manufactured by PI USA.

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Delta Optical Thin Film A/S - Optical Filters for Point of Care Optical Filters for Point of Care

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Point of Care (PoC) instruments have various uses in medical diagnostics, including the detection of infectious diseases such as Covid-19. These types of tests only require a single drop of blood, saliva, or urine and can be performed by a GP within minutes.

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.: More News

 

Portable Laser-Based Scanning Device Detects Critical Biomarkers  Read Article 

Partnership Streamlines EUV Dry Resist Tech Chemical Supply Chain  Read Article 

Add-On 3D Imager Enables Affordable Treatments for Eye Conditions  Read Article 

TRUMPF Strengthens Industrial Software Position: Week in Brief: 07/22/22  Read Article 

Terahertz Light Experiments Herald Downsized Particle Accelerators  Read Article 

.: Upcoming Webinars

 
Intraoperative OCT in Veterinary Surgery for Cancer Intraoperative OCT in Veterinary Surgery for Cancer
Tue, Aug 16, 2022 1:00 PM - 2:00 PM EDT
Surgery is a common cancer treatment performed in dogs and cats but the process of assessing the tumor takes several days and is only able to evaluate a small portion. Optical coherence tomography (OCT) is a non-invasive optical imaging technique that helps solve issues that accompany this process. OCT enables real-time intraoperative surgical margin assessment, allowing rapid visualization of the tissue microstructure at the surgical margins. To date, Dr. Laura Selmic, and her team have found high sensitivity and specificity for detection of incomplete margins after surgical excision of skin tumors, including STS and mast cell tumors, in dog and feline injection site sarcoma. The results reveal that OCT has potential for showing the demarcation between tumor and other normal tissues including muscle, fat, and skin.
 Register Now 




Sub-Cellular Biology at Tissue Scales with Cleared Tissue Axially Scanned Light-Sheet Microscopy Sub-Cellular Biology at Tissue Scales with Cleared Tissue Axially Scanned Light-Sheet Microscopy
Wed, Aug 17, 2022 1:00 PM - 2:00 PM EDT
Large-scale interdisciplinary efforts have worked to comprehensively catalog cellular architectures in health and disease. Kevin Dean Ph.D. shares on the scalable imaging platform, Cleared-Tissue Axially Swept Light-Sheet Microscopy (CT-ASLM), that helps further this research. The CT-ASLM leverages high-speed, aberration-free, remote focusing to achieve an isotropic resolution of approximately 300 nm-scale subcellular imaging with an unparalleled optical sectioning capacity and large field of view. The platform provides global tissue architectures as well as quantitatively detailed morphological and biochemical descriptions of the individual cells that compose tissues in health and in disease. Sponsored by Power Technology, Intelligent Imaging Innovations Inc., and Applied Scientific Instrumentation, Inc.
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