Imagine these smart bacterias do not need to be in physical contact but cooperate through electrical signal. (Soon they will find versions which communicate wireless ;-)
This article describes a new technology to extract oxygen from moon rock. If his works out in the "real world" it would be a big step towards life on the moon.
It impressive that MIT is such a job-engine. A lot of countries tried to copy the idea to encourage University alumnis to found start-ups (with the help of funding, infrastructure and networks).
Checklists are not only relevant for aviation and military. There are also useful applications in surgery and even in daily business life and banking.
A further step into the direction of affordable Personal Genomics: The company 'Complete Genomics' claims that they will be able to sequence a human genome for $5000 by 2009.
Scientists from Edinburgh University where successful in growing neurons on a chip.
...signs for Platform 93/4 already exist at King's Cross station in London — a stone's throw from the Nature offices — but visitors attempting to push a trolley through to the mystical platform itself will be in for a rude shock.
One option against climate change is carbon capturing and storage (CCS). This article from two renowned British scientists tries to convince that CCS is a feasable technology.
Biogerontechnology is stated as the most disruptive technology.
A new type of hybrid engine, which uses hydrogen in addition to petrol.
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