Lab on a chip for sweat testing and monitoring🔒 SSL Verified

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• ↓ Antibacterial power of black silicon inspired by cicada wings
• ↓ Green architecture – Junction House, Melbourne
• ↓ Using light to dramatically improve conductivity at room temperature
• ↓ Improving hydrogen production with copper nanowires
• ↓ Biomimicry of butterfly wings for more powerful solar cells
• ↓ Butterfly wings biomimicry for dirt free coated surfaces
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"Collaboration between EPFL’s Nanoelectronic Devices Laboratory (Nanolab) researchers and startup Xsensio resulted in development of a low-power and portable sensing chip. The chip can be put directly on skin, or integrated into wearables in order to track real-time different biochemical and physical parameters in a person’s sweat. Xsensio was founded in 2014 as a spinoff… »"

"Development of highly active and reusable solid catalysts based on precious metals, such as palladium (Pd), is crucial not only for organic syntheses but also for chemical and pharmaceutical processes. These rare and expensive catalytic materials are widely used in industry, so it is of great importance to find ways to minimize their consumption. Researchers… »"

"EPFL scientists have shown how to achieve a dramatic increase in the capacity of optical fibers. Instead trying to redesign the fiber itself, they decided to improve multiplexing – a method which allows sharing of a communications channel or medium by combining signals at a common point. The breakthrough could increase the throughput of data… »"

"A group of researchers at the Korea Advanced Institute of Science and Technology (KAIST) has synthesized a nanogenerator – a flexible piezoelectric energy harvesting device based on biological templates. The biotemplated nanogenerator is low cost and it can be self-powered by simple finger movements that could be used to power small commercial LCD screens and… »"

Key Topics & Focus Areas for robaid.com:

Antibacterial power of black silicon inspired by cicada wings

Green architecture – Junction House, Melbourne

Using light to dramatically improve conductivity at room temperature

Improving hydrogen production with copper nanowires

Biomimicry of butterfly wings for more powerful solar cells

Butterfly wings biomimicry for dirt free coated surfaces