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Daniel Kane

As seen in: MSN, Nature, arXiv, PLOS, JSTOR Daily, MDPI, Sexually Transmitted Infections, Communications of the ACM, Phys.org, UNIVERSITY OF CALIFORNIA, SAN DIEGO and
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Articles

Inexpensive reflective tiles pave the way for millimeter wave wireless communications

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By Daniel Kane, Sadie Harley, Robert Egan Verified
| Tech Xplore Verified
Each six inch by six inch tile contains many thousands of elements smaller than the millimeter waves themselves. These sub-wavelength units passively control the flow of the wireless signals that hit the tile, allowing millimeter wave wireless communications channels to pass through walls, furniture or other objects.
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Inexpensive Reflective Tiles Pave the Way for Cost Effective Millimeter Wave Wireless Communications

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By Daniel Kane
| Business News for Profit
By Daniel Kane Unlike WiFi or cellular signals, millimeter wave wireless communications channels are unable to pass through walls, furniture or other objects. This reality is part of what is holding back implementation of millimeter wave wireless, which is of great interest for 6G wireless systems and beyond because of its extremely large data-carrying capacity.
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Sense and Treat

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By Daniel Kane
| UC SAN DIEGO
Toward lab tests and medicine delivery on the same microneedle patch. Close-up photo of a microneedle patch in the process of being completed. Each microneedle, less than a millimeter in length, will be coated with enzyme receptors that bind to the biomarker or medicine of interest. This binding ultimately triggers an electrical signal that is recorded. The higher the concentration of a biomarker or drug, the larger the electrical signal.
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