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New imaging system allows us to see UV and visible light simultaneously

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New imaging system allows us to see UV and visible light simultaneously
The bright green visible light of the numbers and lines at center entered the device as invisible ultraviolet rays. Photo courtesy of Jad Salman
When it comes to light, there’s a lot more than meets the human eye.
While people can see visible light in the wavelength range between 400 and 700 nanometers – that rainbow between violet and red – there’s a lot of information our eyes can’t detect in the slightly longer wavelengths of near infrared and shorter wavelengths of the ultraviolet range. Various systems to make UV light visible to the human eye have been on the market for years and used to inspect electrical insulation and in criminal forensics, astronomy and photography. But those typically require a power source and electronic components. ....

Michel Frising , Zhaoning Yu , Briane Rubio Perez , Zongzhen Yang , Mikhail Kats , Mahesh Gangishetty , Demeng Feng , Alireza Shahsafi , Daniel Congreve , University Of Wisconsin , Rowland Institute At Harvard University , Harvard University Rowland Institute , Stanford University , Mississippi State University , Office Of Scientific Research , Jad Salman , Harvard University , Rowland Institute , Chenghao Wan , Air Force Office , Scientific Research , Stanford University , Air Force , Suman Eye , மிகைல் காட்ஸ் , பல்கலைக்கழகம் ஆஃப் விஸ்கான்சின் ,

Imaging system allows us to see UV and visible light simultaneously

Imaging system allows us to see UV and visible light simultaneously
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The bright green visible light of the numbers and lines at center entered the device as invisible ultraviolet rays. Photo courtesy of Jad Salman
When it comes to light, there’s a lot more than meets the human eye.
While people can see visible light in the wavelength range between 400 and 700 nanometers that rainbow between violet and red there’s a lot of information our eyes can’t detect in the slightly longer wavelengths of near infrared and shorter wavelengths of the ultraviolet range. Various systems to make UV light visible to the human eye have been on the market for years and used to inspect electrical insulation and in criminal forensics, astronomy and photography. But those typically require a power source and electronic components. ....

Michel Frising , Zhaoning Yu , Briane Rubio Perez , Zongzhen Yang , Mikhail Kats , Mahesh Gangishetty , Demeng Feng , Alireza Shahsafi , Daniel Congreve , University Of Wisconsin , College Of Engineering , Rowland Institute At Harvard University , Harvard University Rowland Institute , Stanford University , Mississippi State University , Office Of Scientific Research , Jad Salman , Harvard University , Rowland Institute , Chenghao Wan , Air Force Office , Scientific Research , மிகைல் காட்ஸ் , பல்கலைக்கழகம் ஆஃப் விஸ்கான்சின் , கல்லூரி ஆஃப் பொறியியல் , ரோலண்ட் நிறுவனம் இல் ஹார்வர்ட் பல்கலைக்கழகம் ,

New water vapor condenser takes cues from darkling beetle

Qiaoqiang Gan, professor
Department of Electrical Engineering
Access to clean water is a huge issue across the globe. Even in areas with water resources, a lack of infrastructure or reliable energy means purifying that water is sometimes extremely difficult.
That’s why a water vapor condenser designed by engineers at UB and the University of Wisconsin-Madison could be revolutionary. Unlike other radiative vapor condensers that can only operate at night, the new design works in direct sunlight and requires no energy input.
“We have worked on solar-driven water evaporation technologies in the past years,” says Qiaoqiang Gan, UB professor of electrical engineering and a leading corresponding author. “We are now addressing the second half of the water cycle, condensation.” ....

Ming Zhou , Xingyu Xu , Zongfu Yu , Zhenqiang Ma , Mikhail Kats , Zhenyang Xia , Alireza Shahsafi , University Of Wisconsin , Research News , Proceedings Of The National Academy Sciences , Tsinghua University , Sunny Clean Water , Qiaoqiang Gan , National Academy , Namib Desert , Clean Water , Haomin Song , Nanjing University , Boon Ooi , King Abdullah University , Research And Economic Development , News Article , மிங் ஜூ , மிகைல் காட்ஸ் , பல்கலைக்கழகம் ஆஃப் விஸ்கான்சின் , ஆராய்ச்சி செய்தி ,

Univerity At Buffalo - UB Now: New Water Vapor Condenser Takes Cues From Darkling Beetle

April 6, 2021
COVID-19 UPDATES • 3/26/2021
Access to clean water is a huge issue across the globe. Even in areas with water resources, a lack of infrastructure or reliable energy means purifying that water is sometimes extremely difficult.
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That s why a water vapor condenser designed by engineers at UB and the University of Wisconsin-Madison could be revolutionary. Unlike other radiative vapor condensers that can only operate at night, the new design works in direct sunlight and requires no energy input.
We have worked on solar-driven water evaporation technologies in the past years, says Qiaoqiang Gan, UB professor of electrical engineering and a leading corresponding author. We are now addressing the second half of the water cycle, condensation. ....

Ming Zhou , Mikhail Kats , Zhenqiang Ma , Xingyu Xu , Alireza Shahsafi , Zhenyang Xia , Tsinghua University , Sunny Clean Water , Namib Desert , Clean Water , Haomin Song , Nanjing University , Boon Ooi , King Abdullah University , மிங் ஜூ , மிகைல் காட்ஸ் , சூரியன் தீண்டும் சுத்தமான தண்ணீர் , சுத்தமான தண்ணீர் , நான்ஜிங் பல்கலைக்கழகம் , வரம் ஊஇ , கிங் அப்துல்லா பல்கலைக்கழகம் ,

New condenser makes water from air, even in hot sun

Date Time
New condenser makes water from air, even in hot sun
Access to clean water is a pressing issue for many people around the world. Even in areas with ample water resources, a lack of infrastructure or reliable energy means purifying that water is sometimes extremely difficult.
That’s why a water vapor condenser designed by University of Wisconsin-Madison engineers could be revolutionary. Unlike other radiative vapor condensers which can only operate at night, the new design works in direct sunlight and requires no energy input.
“Water sustainability is a global issue,” says Zongfu Yu, an associate professor of electrical and computer engineering at UW-Madison. “You can’t set out to solve the water problem without addressing energy.” ....

Ming Zhou , Xingyu Xu , Zongfu Yu , Zhenqiang Ma , Mikhail Kats , Zhenyang Xia , Alireza Shahsafi , Photonics Lab , National Science Foundation , Sunny Clean Water , Haomin Song Of The University At Buffalo , Uw Madison College Of Engineering , University Of Wisconsin , University At Buffalo Professor Qiaoqiang Gan , Proceedings Of The National Academy Sciences , Tsinghua University , Buffalo Professor Qiaoqiang Gan , National Academy , Namib Desert , Madison College , Haomin Song , Nanjing University , Boon Ooi , King Abdullah University , King Abdullah University Of Science And Technology , University Of Science And Technology ,