RADIANT project

RADIANT PIs appointed to prestigious editorial boards - Radiant Project RADIANT PIs appointed to prestigious editorial boards RADIANT is proud to announce that two of its Principal Investigators (PIs) have been invited to serve on the editorial boards of leading scientific journals in nanoscience and energy research. The RADIANT consortium is delighted to congratulate Assistant Professor Dmitry Baranov from Lund University and Principal Investigator Lakshminarayana

Have you heard the news? 📣

Two RADIANT PIs, @bardmital.bsky.social (@lund-university.bsky.social) and Lakshminarayana Polavarapu (@cinbio.bsky.social) were recently appointed to the editorial boards of two prestigious @pubs.acs.org journals!

Read more:

What if LEDs could be brighter, greener & more efficient? 💡

RADIANT explores chiral nanophotonic architectures to make this happen—enabling advances from next-generation displays to secure communications.

Sustainable light for the future starts here: radiant-pathfinder.eu/

#EICPathfinder

Portfolio - Radiant Project The Responsible Electronics project portfolio Sustainable innovations for the electronics industry The European Innovation Council’s (EIC) Pathfinder Challenges 2023 programme supports coherent portfolios of projects in specific thematic areas working to achieve set objectives for each Challenge. RADIANT is part of the Responsible Electronics portfolio including a total of nine projects. The overall goal of the

9 projects, 1 mission: building the future of responsible electronics. 🔋

Reducing reliance on critical raw materials and enabling greener, scalable technologies: The Responsible Electronics portfolio shapes a more sustainable future for the electronics industry.

This week, we've been in Valencia, Spain, for the Materials for Sustainable Development Conference (MATSUS) 📢

In addition to inspiring talks and networking with colleagues, our team gathered for an in-person meeting to discuss project progress and upcoming tasks. 🤝

#EICPathfinder #RADIANTproject

Home - Radiant Project Unlocking the potential of chiral LEDs The RADIANT project develops effective and affordable LED technology Integrating photonic nanostructures in LED technologies RADIANT gives LEDs a competitive edge with chirality RADIANT is a research project funded by the European Innovation Council (EIC) 's Pathfinder Challenges programme. It aims to relieve the environmental burden of LED technology

Beyond the visible 👀

RADIANT develops chiral LEDs that span the spectrum from visible to near-infrared, enabling advances in medical imaging, remote sensing, and secure communication.

A new era of light is on the horizon! ✨

🌀 Paper supported by RADIANT!

Researchers have discovered chiral single crystals of (R/S-MBA)₂SnBr₆ with a helical lattice structure showing strong circular dichroism and broadband SHG.

@cinbio.bsky.social South China Normal University @tum.de @uniheidelberg.bsky.social

onlinelibrary.wiley....

From halide perovskite nanocrystals to supercrystals: fundamentals and applications Halide perovskite supercrystals, also known as superlattices, are electronically coupled low-dimensional materials, such as nanocrystals, quantum dots, or nanoplatelets that offer collective optical and electronic properties distinct from those of their constituents. The intrinsic dielectric properties and defect t

A new published paper acknowledging RADIANT! 🎉

"From halide perovskite nanocrystals to supercrystals: fundamentals and applications" was published by authors from our partner institution @cinbio.bsky.social and Hokkaido University, KU Leuven & @mpip-mainz.mpg.de.

Greener electronics aren’t a distant dream—they’re being built today. 🌍

The Responsible Electronics portfolio brings together nine ambitious projects funded by the European Innovation Council to develop sustainable alternatives for the future of the electronics industry.

radiant-pathfinder.e...

The LED market will exceed $193B by 2030. But growth must come with sustainability. 📊🍃

RADIANT enhances alternative LED technologies with chirality through affordable, scalable & sustainable nanoimprinting.

Less environmental burden, optimal performance. ⚡

radiant-pathfinder.eu/about/

Chiral Molecules Induce Enantiomorphic Lattice Helicity in Chiral 0D Tin Bromide Crystals Chiral (R-MBA)2SnBr6 and (S-MBA)2SnBr6 metal halides crystallize in enantiomorphic helical space groups P61 and P65, respectively. The helical orientation of chiral molecules in the lattice arises du...

RADIANT researchers have published yet another paper! 🙌

⏩ “Chiral Molecules Induce Enantiomorphic Lattice Helicity in Chiral 0D Tin Bromide Crystals” by Ramavath Babu (@cinbio.bsky.social @uvigo.bsky.social) et al.

Read the article in @angewandtechemie.bsky.social:

Home - Radiant Project Unlocking the potential of chiral LEDs The RADIANT project develops effective and affordable LED technology Integrating photonic nanostructures in LED technologies RADIANT gives LEDs a competitive edge with chirality RADIANT is a research project funded by the European Innovation Council (EIC) 's Pathfinder Challenges programme. It aims to relieve the environmental burden of LED technology

Today’s LEDs rely on scarce materials like gallium and arsenic. 🚫

RADIANT is taking a different path. By using scalable nanoimprinting, we create sustainable chiral light for three LED technologies: organic, perovskite & quantum dot-based. ✨

Find out more:

Portfolio - Radiant Project The Responsible Electronics project portfolio Sustainable innovations for the electronics industry The European Innovation Council’s (EIC) Pathfinder Challenges 2023 programme supports coherent portfolios of projects in specific thematic areas working to achieve set objectives for each Challenge. RADIANT is part of the Responsible Electronics portfolio including a total of nine projects. The overall goal of the

How can electronics be made greener & smarter? Through collaboration! 🌱

RADIANT is part of the Responsible Electronics portfolio—9️⃣ projects funded by the European Innovation Council tackling the sustainability challenges of the electronics industry.

➡️

Home - Radiant Project Unlocking the potential of chiral LEDs The RADIANT project develops effective and affordable LED technology Integrating photonic nanostructures in LED technologies RADIANT gives LEDs a competitive edge with chirality RADIANT is a research project funded by the European Innovation Council (EIC) 's Pathfinder Challenges programme. It aims to relieve the environmental burden of LED technology

The RADIANT mission in one sentence:

We are building brighter, greener, and more versatile LEDs using nanoimprinted chirality.

From lab innovation to real-world applications—we’re shaping the future of light. ✨

New material emitting spinning light could revolutionize optics and computing - Advanced Science News "We’ve essentially reworked the standard recipe for making organic light emitting diodes, like those found in smartphones."

New material to emit circularly polarised light ✨

Researchers Chowdhury et al. have developed thin, uniform films with chiral, supramolecular nanostructures based on triazatruxene molecules that are compatible with organic LEDs.

Read more:

Welcome to the future of light. 💡

From quantum-dot-based to organic and perovskite, RADIANT is reinventing LEDs to be more...

💸 Affordable
📈 Scalable
🍃 Sustainable

#EICPathfinder

radiant-pathfinder.eu/

The electronics industry is at a crossroads: high demand, scarce raw materials, and an urgent need for sustainability⚡

That’s why we collaborate with 8 pioneering projects in the European Innovation Council's Responsible Electronics portfolio to transform the industry!

radiant-pathfinder.e...

Exciting news!

🎉 @bardmital.bsky.social (@lund-university.bsky.social) was elected to the Early Career Board of Nano Letters (@pubs.acs.org): pubs.acs.org/doi/10....

🎉@Polavarapu_Lab (@cinbio.bsky.social) was selected as a Topic Editor in ACS Energy Letters: pubs.acs.org/page/ae...

Congrats!

Chiral Molecules Induce Enantiomorphic Lattice Helicity in Chiral 0D Tin Bromide Crystals Chiral (R-MBA)2SnBr6 and (S-MBA)2SnBr6 metal halides crystallize in enantiomorphic helical space groups P61 and P65, respectively. The helical orientation of chiral molecules in the lattice arises du....

New RADIANT paper! 📣

Researchers at @uvigo.bsky.social South China Normal University @tum.de @uniheidelberg.bsky.social discovered zero-dimensional chiral (R/S-MBA)2SnBr6 single crystals with enantiomorphic lattice helicity.

@angewandtechemie.bsky.social: onlinelibrary.wiley.com/doi/10.1002/...

What makes RADIANT unique? 🔬

We produce chiral light with soft nanoimprinting lithography to unlock efficient & sustainable LEDs. 🌿

From visible to the near-infrared, our approach creates new possibilities for displays, imaging & optical communications.

radiant-pathfinder.eu/

Chirality encoding in resonant metasurfaces governed by lattice symmetries Nature Communications - Control of chiral light is essential in numerous fields from biosensing to quantum optics. Here, authors demonstrate a universal method to tune chiral response with...

Controlling light with precision 💡

Researchers at EPFL, Australian National University & University of South Australia propose a universal toolkit for chiral metasurfaces, enabling predictable, tunable chiral responses! 💫

Discover the study in @natcomms.nature.com:

RADIANT at MATSUS! 📅

Researchers from our partner institutions will join the Materials for Sustainable Development Conference (MATSUS) on 20–24 October in Valencia.

We look forward to inspiring sessions on materials science, chemistry, and engineering! 🔬

Affordable, adaptable & chiral: the next-gen LED trifecta 💡

In RADIANT, we integrate chirality into

1️⃣ Organic
2️⃣ Perovskite
3️⃣ Quantum-dot LEDs

Our secret? Chiral metasurfaces developed using affordable, scalable, and sustainable soft nanoimprinting.

🔗: radiant-pathfinder.eu/about/

The Discover Nano journal is accepting submissions on trends in chiral materials for advanced photonics applications 💡

This collection will showcase advances in the synthesis, characterisation & practical deployment of chiral materials in #photonics.

More info:

All RADIANT publications & resources—in one place! 💫

You can find our latest research articles and presentation materials on the RADIANT project website.

Take a look: radiant-pathfinder.e...

The ReTronics Summer School is nearly here! 🚀

Organised on 26–29 August in Krakow, Poland, the summer school includes lectures workshops focusing on advancements and opportunities in the microelectronics sector.

Stay tuned for updates!

#EICPathfinder

RADIANT is a joint effort between 7️⃣ partners, experts in...

💡 Photonics
🧪 Chemistry
⚙️ Device fabrication
💻 Tech transfer
📣 Scicomm

@icmabcsic.bsky.social
@uvigo.bsky.social
@lunduniversity.bsky.social
@uv.es
@uji.es
@iitalk.bsky.social
Zirka InnoTech

Inducing Efficient and Multiwavelength Circularly Polarized Emission From Perovskite Nanocrystals Using Chiral Metasurfaces Circularly polarized emission of high dissymmetry (glum ≈ 0.56) is achieved from perovskite halide nanocrystals by depositing them on arrays of prefabricated resonant 2D gammadions. By using differen...

🔸 Inducing Efficient and Multiwavelength Circularly Polarized Emission From Perovskite Nanocrystals Using Chiral Metasurfaces (2024): advanced.onlinelibrary.wiley.com/doi/10.1002/...

A single nanophotonic platform for producing circularly polarized white light from non-chiral emitters - Nature Communications The authors report a nanophotonic architecture consisting of a large-area hexagonal array of triskelia motifs, transferring its chirality to non-chiral materials placed atop and sustaining chiroptical...

🔸 A single nanophotonic platform for producing circularly polarized white light from non-chiral emitters (2024): www.nature.com/articles/s41...

Chiral plasmonic superlattices from template-assisted assembly of achiral nanoparticles - Nature Communications The development of scalable chiral photonic structures is a challenging task. Here, the authors use soft lithography with colloidal plasmonic inks to create chiral plasmonic arrays that enable nanopho...

🔸 Chiral plasmonic superlattices from template-assisted assembly of achiral nanoparticles (2025): www.nature.com/articles/s41...

Discover the RADIANT research papers!

Our project’s researchers have already released three articles. Read them via the links below 👇

#RADIANTproject #EICPathfinders