Jia Min Chin

This enables a compact, multi-factor optical encryption platform with potential in: • Anticounterfeiting • Secure displays • Adaptive optical communication Paper here 👉pubs.acs.org/doi/10.1021/ac…

In our system, nanoscale surface roughness produces broadband scattering that masks Bragg reflections. Instead of degrading contrast, scattering becomes an intrinsic optical encryption layer. This flips a long-standing design rule in photonics.

Scattering is usually a problem in photonics. We use it as a security feature. We show an electrically reconfigurable colloidal COF photonic platform where encrypted optical states are invisible to the naked eye, yet revealed under specific optical conditions.

I am so pleased and honored to be featured in Der Standard derstandard.at/story/30000001… as well as on our University magazine Rudolphina! rudolphina.univie.ac.at/wie-die-natur-…

We are happy to invite Ukrainian students and researchers and beyond at the “European Chemistry School for Ukrainians”, which will be held online in May-June. We plan to involve 18 internationally renowned speakers from all around Europe: ecpsfu.org Please retweet!

Happy to share that our paper in Nanoscale Advances has been included into the 2023 Popular Advances Collection - congratulations to Constantin @robbiewood @MOFsVienna pubs.rsc.org/en/content/art…

We propose to overcome the challenges of 3D morphological control of #MOF #materials by providing structural control already through the selection of suitable metal oxide precursors serving as templates. Take a look! @goscianskagroup @stecanossa @tnh_lab pubs.acs.org/doi/full/10.10…