Main Page

From FutureNovo - Anticipating things to come

Jump to: navigation, search

Welcome to FutureNovo!

Anticipating things to come
Overview  ·  Editing  ·  FAQ  ·  Help Interviews  ·  Futurists  ·  Quick Index

FutureNovo provides a forum and tools designed to promote foresight and dialog about future technology.

 
FutureLine Help  

    Sorry, a number of tools on this site including the FutureLines 
    will not function properly without the use of scripts.
    The scripts are safe and will not harm your computer in any way. 
    To have full functionality on this site, please adjust your settings to 
    allow scripts and reload the page.
How to adjust your script settings

Groupline: All
Mathematician, computer scientist and Hugo award-winning author Vernor Vinge talks about the technological Singularity and the impact it will have on society — whether it occurs or not.
In the news
(a) Colored scanning electron microscope image of the measured device. All the barrier gates in the figure form their own individual transistors.  Credit: Helsinki University of Technology
(a) Colored scanning electron microscope image of the measured device. All the barrier gates in the figure form their own individual transistors.
Credit: Helsinki University of Technology
Recently added articles
  1. ‎Patient's CD4+ T cells eliminate melonoma
  2. "There's Plenty of Room at the Bottom"
  3. Augmented reality
  4. ‎PetaVision
  5. Regenerative medicine
  6. Space elevator
Smart dust for making smarter decisions

Imagine if you didn’t have a nervous system. Your body would have no way of regulating any of its other systems. It wouldn’t know if it was too hot or too cold. It couldn’t register dangers and harmful conditions. Every aspect of the environment would be shut off to it. In short, without a nervous system, you wouldn’t survive very long.

The fact is, in order to know how to respond to conditions you need to know what those conditions are. This is some of the thinking behind “smart dust” – very small, very cheap networked sensors for measuring all kinds of different aspects of our environment. It’s also the idea behind HP’s “Central Nervous System for the Earth” project or CeNSE. By developing sensors that can detect motion, vibration, light, temperature, air pressure, air flow and humidity, HP hopes to see them deployed throughout the environment. These will be able to keep watch over the structural integrity of buildings, bridges and other infrastructure. Chemical sensors will be able to detect dangerous conditions in our air, food and water. They’ll eventually be capable of alerting us in the event of a terrorist attack using biological agents. In short, they’ll be our eyes, ears, noses and much more. They’ll become a new kind of nervous system.