Junsang Yoo, Euiyeon Lee, Hee Young Kim, Dong-ho Youn, Junghyun Jung, Hongwon Kim, Yujung Chang, Wonwoong Lee, Jaein Shin, Soonbong Baek, Wonhee Jang, Won Jun, Soochan Kim, Jongki Hong, Hi-Joon Park, Christopher J. Lengner, Sang Hyun Moh, Youngeun Kwon & Jongpil Kim
Localized surface plasmon resonance can be used to control the energy flow in plasmonic core-shell Ag–Pt nanocubes and excite energetic charge carriers in the thin Pt shell, which can then drive CO oxidation.
This Review examines the different building materials for membrane nanopores—proteins, peptides, synthetic organic molecules, and DNA—and explores the influence of the building material on pore structure, dynamics, function, and application.
Yuanzeng Min, Kyle C. Roche, Shaomin Tian, Michael J. Eblan, Karen P. McKinnon, Joseph M. Caster, Shengjie Chai, Laura E. Herring, Longzhen Zhang, Tian Zhang, Joseph M. DeSimone, Joel E. Tepper, Benjamin G. Vincent, Jonathan S. Serody & Andrew Z. Wang
You Zhou, Giovanni Scuri, Dominik S. Wild, Alexander A. High, Alan Dibos, Luis A. Jauregui, Chi Shu, Kristiaan De Greve, Kateryna Pistunova, Andrew Y. Joe, Takashi Taniguchi, Kenji Watanabe, Philip Kim, Mikhail D. Lukin & Hongkun Park
Jongwook Kim, Sébastien Michelin, Michiel Hilbers, Lucio Martinelli, Elodie Chaudan, Gabriel Amselem, Etienne Fradet, Jean-Pierre Boilot, Albert M. Brouwer, Charles N. Baroud, Jacques Peretti & Thierry Gacoin
Sungsoo S. Lee, Timmy Fyrner, Feng Chen, Zaida Álvarez, Eduard Sleep, Danielle S. Chun, Joseph A. Weiner, Ralph W. Cook, Ryan D. Freshman, Michael S. Schallmo, Karina M. Katchko, Andrew D. Schneider, Justin T. Smith, Chawon Yun, Gurmit Singh, Sohaib Z. Hashmi, Mark T. McClendon, Zhilin Yu, Stuart R. Stock, Wellington K. Hsu, Erin L. Hsu & Samuel I. Stupp
Highly bioactive supramolecular nanostructures displaying sulfated glycopeptides on their surfaces were designed in order to mimic the polysaccharides that bind and activate a plethora of proteins in mammalian biology during development and tissue regeneration.
Soft phononic clamping dilutes the intrinsic dissipation of a mechanical resonator's material by five orders of magnitude, enabling a record value of the product between frequency and quality factor at room temperature, and mechanical coherence times otherwise only available in optical or Paul traps.
This Review examines the development of nanoporous atomically thin membranes, focusing on fundamental mechanisms of gas- and liquid-phase transport, membrane fabrication techniques, and advances towards practical applications.