Mashable has a report of a patent that just issued (6-1/2 years after filing) — apparently Google now has a lock on location-based advertising. It's not clear that the search company intends to assert the patent against any other companies (such as emerging rival Apple), but it's useful as leverage. Here is the patent. Update: 03/02 14:34 GMT by S : Reader butlerm noted that the incorrect patent was linked. It now points to the correct URL.

ColdWetDog writes "Wired is running a story on DARPA's effort to stave off battlefield casualties by turning injured soldiers into zombies by injecting them with a cocktail of one chemical or another (details to be announced). From the article, 'Dr. Fossum predicts that each soldier will carry a syringe into combat zones or remote areas, and medic teams will be equipped with several. A single injection will minimize metabolic needs, de-animating injured troops by shutting down brain and heart function. Once treatment can be carried out, they'll be "re-animated" and — hopefully — as good as new.' If it doesn't pan out we can at least get zombie bacon and spam."

jbolden writes "According to the Wall Street Journal, the FCC is considering a plan to provide free wireless internet. The plan would involve some level of filtering, but might allow adults to opt out. CTIA has argued that this business model has traditionally failed (see Slate magazine's analysis as to why)."

Iddo Genuth writes to tell us that a researcher from Tel Aviv University is exploring the possibility that humans may be able to "see" via their skin. Professor Leonid Yaroslavsky hopes to utilize this possible technology to find solutions for the blind in addition to new types of image capture that might be able to work where conventional lenses fail. Unfortunately he has a long uphill battle ahead to convince others that his theories are possible. "The lenses currently used for optics-based imaging have many problems. They only work within a limited range of electromagnetic radiation. Relatively, these are still costly devices greatly limited by weight and field of view. The imaging Professor Yaroslavsky has in mind has no lenses and he believes the devices can be adapted to any kind of radiation and wavelength. They could essentially work with a 360-degree field of view and their imaging capability will only be determined by computer power rather than the laws of light diffraction."