Dr Riyanka Das
Karlsruhe Institute of Technology, Hiroshima University, Central Mechanical Engineering Research Institute
0000-0002-0089-4281
About
Riyanka Das has received her Doctoral Degree in Chemical Sciences from CSIR-CMERI & AcSIR, India in 2023 as a DST-INSPIRE Fellow. Thereafter, she joined in Hiroshima University, Japan as a WPI-SKCM2 Post-Doctoral Researcher. She is currently a Visiting Scientist at the Karlsruhe Institute of Technology (KIT), Germany, supported by the prestigious International Excellence Fellowship. She has published 31 International SCI journals, 3 book chapters, and 1 patent. Her research is primarily focused on the hydrogel chemistry, development of resorcinarene trimer based macrocyclic host for rotaxane formation along with small molecule based chemosensors via C-N bond fusion pathway for environmental applications.
Employment
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Karlsruhe Institute of Technology Visiting Scientist2026 - Present
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Hiroshima University WPI-SKCM2 Post-Doctoral Researcher2024 - 2026
Education
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Central Mechanical Engineering Research Institute PhD2018 - 2023
Projects & Funding
Projects & funding information is unavailable.
Publications (31)
- Switching Analyte Selectivity via Metal-Node Modulation in Hydroxy-Functionalized Coordination Polymers: Experimental and DFT Studies Save
- A metal-free azophenine-based electrocatalyst: a promising approach towards sustainable alkaline hydrogen evolution Save
- From solution to digitized screen: Chemical engineering perspectives on functional molecular probes with smartphone-assisted point-of-care testing (POCT) devices: A functional mastery or a conceptual myth? Save
- MOF⊃dye/nanoparticle hybrid fluorometric sensors for emerging contaminants: a decade of progress, challenges and opportunities Save
- VOC Triggered Optical Signaling: C–N-Fused Azophenine Tetramer as an Exogenous Imaging Agent, Molecular Traffic Light, and R-S Latch Circuit Save
- 2D-layered inorganic nanomaterials (2D-LIN) for adsorptive mitigation of heavy metals: a next-generation contender for purification of textile effluent Save
- A homobimetallic nickel(II) complex for discriminative chromogenic recognition of aqueous cyanide and silver(I) from medicinal products: Role of end-on thiocyanate bridging Save
- Conjoining the benefits of an additional phenyl ring in a simple benzophenone hydrazone-based platform @ discriminatory recognition of F-- over CN-with- with quantitation of aqueous Cu2+: 2+: New tricks for an old dog Save
- Design and application of rhodamine derivatives in redox biology: a roadmap of the last decade towards artificial intelligence Save
- Real time monitoring of heavy metal adulteration in biodiesel using Arduino UNO platform@A promising multi-purpose stimuli-responsive azomethine based chemoreceptor for hierarchical tri-ionic sensing Save