eshwar ravishankar

Foodie and a PhD student

[Cell Reports Physical Science @CellRepPhysSci]

1) Harald Ade, Heike Sederoff (@hwsedero), Brendan O'Connor, and teams demonstrate efficient crop growth in greenhouses that are powered by semi-transparent organic solar cells. @ncstatemae @NcsuOracel @ncstate_pmb @ncstatephysics @uncchemistry @GTChBE

https://t.co/xxxNTXG57f

[eshwar ravishankar @eshwarravishan1]

@icarindia Happy to share my work "Balancing crop production and energy harvesting in organic solar-powered greenhouses" that proves we can grow plants in greenhouses with semi-transparent solar cells without any change in plant growth.
https://t.co/uUz51RR7db

[Ajit Johnson Nirmal @ajitjohnson_n]

semi-transparent solar cells can generate electricity without affecting the growth and health of the plants inside. https://t.co/zqwc0VkUsP

[eshwar ravishankar @eshwarravishan1]

@ajitjohnson_n Thank you for tweeting our work sir!

[Jeromy Rech @J3ROMY_]

Excited to share that our collaboration with @NcsuOracel was just published in @CellPressNews! In here, we work on incorporating semitranspartent organic solar cells to a greenhouse & investigate the effects on plant growth.

https://t.co/cFyMSJFZN3

https://t.co/uJnOZeHbVL

[ORaCEL NCSU @NcsuOracel]

News story about one of the most interesting interdisciplinary applications in ORaCEL

“We were a little surprised – there was no real reduction in plant growth or health,” says Heike Sederoff @hwsedero

https://t.co/q8y1RbgJ6g

[ORaCEL NCSU @NcsuOracel]

Published Last Week: "Balancing Crop Production and Energy Harvesting in Organic Solar-Powered Greenhouses"

Plants can grow in greenhouses with semi-transparent OPV roof panels

https://t.co/zGW8V2nBq4

[Joule @Joule_CP]

Online now: Achieving Net Zero Energy Greenhouses by Integrating Semitransparent Organic Solar Cells https://t.co/PaL9avGQ1X #energy

[Pratik Sen @pratsen]

Check out our latest article comparing our intrinsic coincident polarimeter to other polarimeter architectures =) https://t.co/yQ5G1a18YK

[Pratik Sen @pratsen]

Check out our latest publication that takes inspiration from the eye of the Mantis Shrimp to allow for simultaneous hyperspectral and polarimetric imaging!https://t.co/9wgHabl94N

[Jeromy Rech @J3ROMY_]

Excited to share a great collaborative work just published in Science Advances (@ScienceMagazine)! Inspired by the amazing eyes of the mantis shrimp, we designed a organic photodetector with both hyperspectral and polarimetric imaging. Read it here: https://t.co/Itu6Y41KNZ

[Michael Bok @mikebok]

One of my shots of a mantis shrimp (G. ternatensis) on the cover of @ScienceAdvances this week! The authors (Altaqui etal.) published a very interesting study about a bio-inspired optical sensor based on the shrimps' wacky eyes: https://t.co/ZjQEXm8eHE

[Science Advances @ScienceAdvances]

A wearable device that uses LED light to monitor jaundice in newborns, the echolocation strategies of mouse-eared bats, and more.

Discover what’s new this week in Science Advances: https://t.co/nqklBwGtiu

[O'Connor Research Group @ORG_NCSU]

Fun fact, you can grow lettuce under semitransparent organic solar cells! Check out the details in the newly published collaborative work from our own @eshwarravishan1:
https://t.co/UEmgcbupLX

[NC State College of Engineering @NCStateEngr]

#NCStateEngr researchers have developed a new kind of optical sensor, inspired by the eyes of mantis shrimp. While still in prototyping, this sensor is small enough to fit on a smartphone but capable of hyperspectral and polarimetric imaging.
https://t.co/MiiV1oYHoq