Small is a nanoscience & nanotechnology journal providing the very best forum for fundamental and interdisciplinary applied research at the nano- and microscale, covering chemistry, energy, physical & materials science, engineering, and biomedical and life sciences. Among other topics, the journal covers nanotechnology, organic electronics, nanostructures, and materials such as graphene. The ...
Small continues to be among the top multidisciplinary journals covering a broad spectrum of topics at the nano- and microscale at the interface of materials science, chemistry, physics, engineering, medicine, and biology.
Nanomaterials offer promising applications in retinal disease due to their small size, high biocompatibility, and functional versatility. They enhance imaging precision, enable biomarker detection, and improve drug delivery while minimizing systemic toxicity.
This issue marks the start of the 20th anniversary of Small. In the last 20 years, Small has grown to become an essential journal providing the very best forum for fundamental and interdisciplinary applied research at the nano- and microscale.
Editorial Advisory Board Our journal is managed by professional in-house editors who handle manuscripts from submission to publication and beyond, including overseeing peer review and production steps and liaising with the scientific community. All editors responsible for the peer review process and for editorial decision-making have research backgrounds and hold a PhD. Learn more about our ...
As we can see from the illustration, Small Luxury Industrial Apartment Building Types has many fascinating aspects to explore.
Oxygen Reduction Reaction An in-situ one-step synthesis simultaneously induces Pt surface segregation and forms a porous carbon shell on Pt3d alloy nanoparticles. The resulting structure stabilizes the catalyst while maintaining high oxygen reduction reaction activity and long-term durability, enabling reduced Pt usage without sacrificing fuel-cell activity. This promising strategy offers a ...
A self-assembled conjugated hollow fiber monolith enables simultaneous solar-driven desalination and hydrovoltaic electricity generation. Metal-free polymerization produces cross-linked hollow fibers that entangle into a porous monolith, followed by gradient polypyrrole coating for efficient light absorption and directional water transport. The system achieves high evaporation and stable ...
