RADIANT integrates chirality into three LED technologies, enhancing LED performance & reducing production costs. Funded by the EIC Pathfinder Challenges 2023.
Joined October 2024
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1️⃣ joint challenge. 🔟 projects. Multiple approaches.
We are part of the Responsible Electronics portfolio, a group of @EUeic Pathfinder projects exploring how R&I can help shape a more sustainable electronics industry.
🌍 Discover the project portfolio: radiant-pathfinder.eu/portfo…
7 partners harnessing the potential of chiral LEDs 🤝💡
We bring together researchers across Europe to unlock new functionalities for light-emitting technologies.
@icmabCSIC @cinbio_uvigo @lunduniversity @ICMol_UV @inam_uji @IITalk @ZirkaInnoTech
radiant-pathfinder.eu/consor…
🔬 RADIANT explains: What is nanoimprinting?
Nanoimprinting is a fabrication technique that works similarly to nanoscale stamping. A patterned mould is pressed into a material, transferring nanometre-scale features.
But why does this matter for photonics? 💡
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These structures can be designed to control how light interacts with a surface, shaping its direction, wavelength, polarisation & other optical properties.
We explore nanoimprinting as a way towards scalable, large-area fabrication of photonic structures
radiant-pathfinder.eu/
What’s new in RADIANT? 🔬
Our researchers are exploring new ways to control and harness light. The quickest way to discover their latest articles is through our website!
📚 Explore our Publications page: radiant-pathfinder.eu/public…
#EICPathfinder #RADIANTproject @EUeic
Making tomorrow's electronics more sustainable requires new materials, technologies & collaboration across disciplines 🤝
We are part of the @EUeic Responsible Electronics portfolio, alongside 9 other projects addressing responsible electronics.
radiant-pathfinder.eu/portfo…
What if we could control not only how much light an LED emits, but also how it behaves? 🌀
We explore new approaches to light emission by bringing together chiral materials, nanophotonics, and alternative LED technologies.
🔬 Follow our journey: radiant-pathfinder.eu/
New study by RADIANT researchers @cinbio_uvigo: a top-down approach to produce lead-free perovskite nanocrystals for X-ray imaging⚡
The resulting nanocrystals can be processed into thin films, showing promise for X-ray detection & high-resolution imaging
advanced.onlinelibrary.wiley…
🔬 RADIANT explains: Why circular polarisation?
Polarisation gives us another way to control and use light. Circularly polarised light can carry information, interact with chiral materials, and enable new functionalities in photonic devices.
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Today, polarisation is often controlled using additional optical components. We’re investigating how LEDs can produce circularly polarised light directly. 🔦
This could open new possibilities for more efficient displays & photonic technologies.
radiant-pathfinder.eu/
🔟 projects with 1️⃣ shared challenge: Making electronics more responsible 🌱
We are part of the @EUeic Responsible Electronics portfolio, bringing together #EICPathfinder projects exploring new approaches to sustainability in the electronics industry.
radiant-pathfinder.eu/portfo…
The one-stop-shop to all our RADIANT research! ✨
We host a repository on our website of all research papers published under the project, with new articles uploaded as our partners publish them.
Discover the full list here: radiant-pathfinder.eu/public…
#EICPathfinder @EUeic
🔬 RADIANT explains: What is chirality? 🔬
What do your hands and light have in common?
🖐️ Your left and right hands are mirror images of each other, but they cannot be perfectly superimposed. This property is called chirality.
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💡 The same can occur in materials and nanostructures, influencing how these interact with light.
At RADIANT, we harness chirality to explore new ways of generating and controlling circularly polarised light!
Discover our project: radiant-pathfinder.eu/
Have you read the latest RADIANT papers? Our teams at @cinbio_uvigo & @lundsuni have been active in the past months!
Discover the most recent articles below 👇
#RADIANTproject #EICPathfinder @EUeic
🔸 Reversible thermally-switchable chirality of circularly polarized luminescence in perovskite nanocrystals enabled by cholesteric liquid crystals: sciencedirect.com/science/ar…
@Polavarapu_Lab @cinbio_uvigo @uvigo
#RADIANTproject
🔸 Polarization Sensitivity of Chiral Manganese Halide Scintillators Enables High-Resolution X-Ray Imaging: advanced.onlinelibrary.wiley…
@Polavarapu_Lab @cinbio_uvigo @uvigo
#RADIANTproject
