241.  

Table of Contents; September 2006; Scientific American Magazine; by Staff Editor; 2 page(s)

Relevance: 80%

242.  

A Climate Repair Manual; September 2006; Scientific American Magazine; by Gary Stix; 4 page(s)

Coping with global warming will take innovations in both energy technology and policy

Relevance: 80%

243.  

An Efficient Solution; September 2006; Scientific American Magazine; by Eberhard K. Jochem; 4 page(s)

In buildings and in industrial processes, using power more judiciously is the quickest, cheapest solution

Relevance: 80%

244.  

Low-Energy Ways To Observe High-Energy Phenomena; September 1994; Scientific American Magazine; by Cline; 8 page(s)

By observing interactions that are forbidden in the Standard Model, physicists can peek at supersymmetric and other happenings

Relevance: 80%

245.  

The Uncertainties of Technological Innovation; September 1995; Scientific American Magazine; by Rennie; 3 page(s)

Even the greatest ideas and inventions can flounder, whereas more modest steps forward sometimes change the world

Relevance: 80%

246.  

21st-Century Spacecraft; September 1995; Scientific American Magazine; by Dyson; 4 page(s)

A fleet of cheap, miniaturized spacecraft may revive the stalled Space Age, exploring the myriad tiny bodies of the solar system

Relevance: 80%

247.  

Energy and Environment; September 1995; Scientific American Magazine; by Staff Editor; 2 page(s)

The most crucial changes will come from attacking the waste problems of industry, agriculture and energy production at a fundamental level. NOTE: No text.

Relevance: 80%

248.  

50, 100 and 150 Years Ago; October 2006; Scientific American Magazine; by Staff Editor; 1 page(s)

Synthetic Creature; Armor and Speed; Power for Industry

Relevance: 80%

249.  

Far-Out Physics; October 2006; Scientific American Magazine; by Daniel G. Dupont; 3 page(s)

Big budgets keep "fringe" projects alive

Relevance: 80%

250.  

The Diamond Age of Spintronics; October 2007; Scientific American Magazine; by David D. Awschalom, Ryan Epstein and Ronald Hanson; 8 page(s)

Revolutionary electronic devices can harness the spins of electrons instead of their charge. Such devices might one day enable room-temperature quantum computers--made of diamond

Relevance: 80%