In every living cell, there are membranes, and in every membrane there are proteins, each of which acts as a chemical ...

Scientists have developed a membrane that can be tuned to selectively enhance or suppress ion flow, mimicking how living ...

Artificial intelligence and high-performance computing are driving up the demand for massive sources of energy. But ...

Researchers from the University of Chicago Pritzker School of Molecular Engineering and Northwestern University have turned ...

The fluid and the cells inside lymphatic vessels are collectively known as lymph, and although the lymphatic system extends to every part of the body, there is no central pump like the heart to keep ...

In 2018, David Mzee was able to walk thanks to precise electrical stimulation of his spinal cord via a wireless implant. © ...

In this Innovation Watch, we see five solutions tackling aviation emissions from different angles – and offering a glimpse of ...

Over billions of years, the drive to survive, reproduce, and outcompete rivals has pushed plants and animals to incredible ...

Proteins are constantly moving, but our structures of them are static. Clare Sansom talks to the researchers using free-electron lasers to make time-resolved structures ...

The technological race for the future has been at a dead sprint for decades, but some early retro gadgets retain plenty of utility and value.

Food & beverage companies delay adopting smarter technologies. Jungheinrich offers Li-ion solutions for clean & reliable alternative.

Concentration polarization of ion-exchange membranes in electrodialysis units limits operational current densities to the underlimiting regime, preventing process intensification by simply increasing ...