Controlling microalgae production through wavelength and density of irradiating light.
A train of single-electrons propagating on top of the Fermi sea of a mesoscopic conductor can be used for time-domain spectroscopy of quantum-coherent structures.
As part of a strategic partnership, Chemnitz Technical University and Continental celebrate the inauguration of the newly established fuel cell laboratory.
Fabricating a 3D-printed architectured robotic body with deformable lightweight cellular structures.
A better understanding of past tropical cyclones in a changing climate will provide key insights that can help mitigate impacts of tropical cyclones on vulnerable communities.
How magnetic targeting of drugs and/or magnetically induced release of drugs can be harnessed to improve the treatment of cancer.
Instead of trying to solve problems within individual disciplines, experts from different fields need to work together in interdisciplinary teams.
In today’s fast-changing scientific landscape, interdisciplinary fields are the new normal and clinical trials for new therapies are exploding. On the scientific information side, the WIREs series presents current, comprehensive reviews of the pioneering research that...
Ali Khademhosseini shares the highlights of his career, current research focus, and his future goals.
Researchers in Italy introduce the problems and the reasons behind the need for different simulation strategies and they guide the reader through the pros and the cons of each method with respect to the others.
A fluoropolymer-based antireflective coating leads to high power conversion efficiency in dye-sensitized solar cells.
Integration of a magnetic elastomer with data-driven analysis leads to a continuous interaction surface that can estimate location and depth of indentation.
At the core, this WIREs Nanomedicine & Nanobiotechnology review argues that innovators sought to deal with these uncertainties by building upon approved technologies, favoring scientifically crowded fields.