#SFB2019: A great conference with great scientists! Contributor Comms Chemistry On the Road #SFB2019: A great conference with great scientists! Ozgul Gok May 08, 2019
Hierarchical self-assembly and emergent function of densely glycosylated peptide nanofibers Contributor Comms Chemistry Behind the paper Hierarchical self-assembly and emergent function of densely glycosylated peptide nanofibers Greg Hudalla May 06, 2019
Triple phase boundary in solid oxide fuel cells: Reaction dynamics based on atomic structure observations Contributor Comms Chemistry Behind the paper Triple phase boundary in solid oxide fuel cells: Reaction dynamics based on atomic structure observations Shu-Sheng Liu Apr 23, 2019
One step to quantify the surface barriers in nanoporous crystalline materials! Contributor Comms Chemistry Behind the paper One step to quantify the surface barriers in nanoporous crystalline materials! Mao Ye Apr 08, 2019
The speed of Nature's molecular machines Contributor Comms Chemistry Behind the paper The speed of Nature's molecular machines Julien Michel Mar 30, 2019
Hydrophobicity of nanoparticles: why, how, and what Contributor Comms Chemistry Behind the paper Hydrophobicity of nanoparticles: why, how, and what Andrea Valsesia Mar 29, 2019
Contributor Comms Chemistry Behind the paper Understanding zeolite deactivation by sulfur poisoning during direct olefin upgrading Hua Song Mar 26, 2019
Rivastigmine and metabolite analogues with putative Alzheimer’s disease-modifying properties in a Caenorhabditis elegans model Contributor Comms Chemistry Behind the paper Rivastigmine and metabolite analogues with putative Alzheimer’s disease-modifying properties in a Caenorhabditis elegans model Ben Ross Mar 22, 2019
Taking my research to SFB annual meeting: the pinnacle of Biomaterials Innovation and Excellence Contributor Comms Chemistry On the Road Taking my research to SFB annual meeting: the pinnacle of Biomaterials Innovation and Excellence Ozgul Gok Mar 21, 2019
Happy Birthday Communications Chemistry! Comms Chemistry From the editors Happy Birthday Communications Chemistry! Luke Batchelor Mar 14, 2019
Working out our messy differences at the origin of life Contributor Comms Chemistry Behind the paper Working out our messy differences at the origin of life Lee Cronin Mar 08, 2019
One step closer to harnessing radical cations! Contributor Comms Chemistry Behind the paper One step closer to harnessing radical cations! Naoki Shida Mar 01, 2019
Deeper insight into elementary processes of atmospheric gas-phase reactions Contributor Comms Chemistry Behind the paper Deeper insight into elementary processes of atmospheric gas-phase reactions Torsten Berndt Feb 23, 2019
A fascinating journey through the nanoworld, from plasmonic to excitonic sensors Contributor Comms Chemistry Reactions A fascinating journey through the nanoworld, from plasmonic to excitonic sensors Thomas Noblet Feb 01, 2019
Mechanochromism Induced through the Interplay between Excimer Reaction and Excited State Intramolecular Proton Transfer Contributor Comms Chemistry Behind the paper Mechanochromism Induced through the Interplay between Excimer Reaction and Excited State Intramolecular Proton Transfer Yu-Chen Wei Feb 01, 2019
Confined Single-Chain Polymer in an Inorganic-Framework for Proton Conduction Contributor Comms Chemistry Behind the paper Confined Single-Chain Polymer in an Inorganic-Framework for Proton Conduction Sayaka Uchida Jan 25, 2019
Activated InGaN/Si as photoanode for enhanced PEC hydrogen generation Contributor Comms Chemistry Activated InGaN/Si as photoanode for enhanced PEC hydrogen generation Praveen KUMAR Jan 15, 2019
Digital recognition of double-stranded DNA or RNA Contributor Comms Chemistry Behind the paper Digital recognition of double-stranded DNA or RNA Danith Ly Dec 19, 2018
A controllable photochemical domino reaction via tetrafluoro[7]helicene Contributor Comms Chemistry Behind the paper A controllable photochemical domino reaction via tetrafluoro[7]helicene Takashi Murase Dec 17, 2018
A tunable lanthanide cubane platform incorporating air-stable radical ligands for enhanced magnetic communication Contributor Comms Chemistry Behind the paper A tunable lanthanide cubane platform incorporating air-stable radical ligands for enhanced magnetic communication Gabriel Brunet Nov 28, 2018
