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This Week in Photonics: Multiplexing Data on Terahertz Waves (8/24/2017)

This Week in Photonics: Multiplexing Data on Terahertz Waves
A method for multiplexing data carried on terahertz waves and high-frequency radiation may enable the next generation of ultrahigh-bandwidth wireless networks.
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Thursday, August 24, 2017
       
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Data Transmission via Terahertz Multiplexer
Data Transmission via Terahertz Multiplexer
A method for multiplexing data carried on terahertz waves and high-frequency radiation may enable the next generation of ultrahigh-bandwidth wireless networks. Researchers report the transmission of two real-time video signals through a terahertz multiplexer at an aggregate data rate of 50 gigabits per second.
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From Solar Cells to LEDs, Improvements in Perovskite-Based Technology Accelerate
From Solar Cells to LEDs, Improvements in Perovskite-Based Technology Accelerate
In just seven years of development, the efficiency of the perovskite solar cell has increased to the point where it rivals — and could soon overtake — the efficiency of the conventional photovoltaic cell. However, the perovskite structure continues to experience stability issues, causing these cells to degrade quickly and shortening their lifespans. Scientists have identified degradation factors and developed a potential solution to improving perovskite solar cell architecture.
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DLP-SLA Enables 3D Printing of Labs-on-a-Chip
DLP-SLA Enables 3D Printing of Labs-on-a-Chip
A custom 3D printer built using digital light processor stereolithography (DLP-SLA) has demonstrated the ability to print a viable microfluidic device compact enough to achieve flow channel cross-sections as small as 18 µm × 20 µm. The 3D printer has a projected image plane resolution of 7.6 µm and uses a 385-nm LED. Researchers also developed a low-cost, high-resolution resin.
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Portable Spectrometry Device Assesses Soil Health
Portable Spectrometry Device Assesses Soil Health
A portable field sensor has been used to accurately measure minerals in soils more easily and efficiently than laboratory-based methods. The technique, known as portable x-ray fluorescence spectrometry (PXRF), was used to determine the calcium (Ca) concentration of 75 soil samples from four U.S. states. PXRF can provide data on about 20 different elements in 60 seconds.
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Anapole Lasers Generate Ultrafast Pulses for Managing Nanoscale Optics
Anapole Lasers Generate Ultrafast Pulses for Managing Nanoscale Optics
Anapole lasers made from semiconductors shaped into energy-storing nanodisks could be useful as an energy source for nanoscale optics in silicon-compatible platforms. According to researchers, the lasers could be made small enough to fit onto computer circuit boards while retaining the ability to shape and control laser pulses for manipulating things such as data switches, biomedical implants and solar cells.
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M Squared Demonstrates 'Quantum Gravimeter'  Read Article 

Teledyne Backs Teams at Unmanned Systems Canada  Read Article 

ESO Tests Spectroscope for High-Quality Imaging  Read Article 

Bio-Inspired System Enhances Camera Color Accuracy  Read Article 

Thermal Ablation System Enables Transdermal Drug Delivery  Read Article 

 
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Diverse Optics Inc. - Custom Diamond-Turned Optics Custom Diamond-Turned Optics

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Industry Events
 
 
WESTEC 2017
WESTEC 2017
September 12-14, 2017 - Los Angeles Convention Center - Los Angeles United States
Get the tools you need to power up your business at WESTEC, where the West Coast’s brightest manufacturing minds come together to explore, evaluate, connect and do business. WESTEC 2017 gives attendees the opportunity to experience hands-on interaction with the newest machining, metrology, design, waterjet, software, digital, 3D printing and engineering technologies. The conference offers dozens of educational events and opportunities, including technology demos, "Business of Manufacturing" sessions, a Machining Academy, a Smart Manufacturing Hub and more.
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