From Here To Singularity

“The time from here to Singularity depends sensitively on the particulars of what we humans do during the next decade (and even the next few years).”

Bilconference: The numbers…

March 1, 2008 at 2:59 pm · Filed under internet

1.8 billion people have access to the internet.
58% of them use it daily.
11.5 billion web pages
66.2 billion web queries/month

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(Penn State) Cutting edge approaches and methodology employed by plant and molecular biologists, chemists, physicists, material scientists, computational modelers and engineers will be applied to plant cells in the newly funded Center for Lignocellulose Structure and Formation, a Department of Energy, Energy Frontier Research Center at Penn State.

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The field of robotics could be poised for a breakthrough, leading to a new generation of intelligent machines capable of taking on multiple tasks and moving out of the factory into the home and general workplace. The great success of robots so far has been in automating repetitive tasks in process control and assembly, yielding dramatic cuts in production, but the next step towards cognition and more human-like behaviour has proved elusive. It has been difficult to make robots that can truly learn and adapt to unexpected situations in the way humans can, while it has been equally challenging trying to develop a machine capable of moving smoothly like any animal. There is still no robot capable of walking properly without jerky slightly unbalanced movements.

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Gregory Stock argues for publicly funded life extension programsOn Singularity
Gregory Stock is a biotech entrepreneur and the director of the Program on Medicine, Technology and Society at UCLA’s School of Medicine. At the Methuselah Foundation symposium at UCLA, he made an appeal for a publicly funded effort to fight aging through engineering efforts in biomedical technologies.[link]

Next big VC market: life extension?On Singularity
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Micheal West unveils stem cell databaseOn Singularity
Michael West has served on the BioTime Board of Directors since 2002 and has extensive academic and business experience in embryonic stem cell research. Recently, he unveiled an online open sourced International Embryome Initiative to help identify the hundreds of cell types that can be made from embryonic stem cells.[link]