
Engineered Bacterium Turns Carbon Dioxide into Methane Fuel
If scaled up, batches of bacteria could convert CO2 emissions into fuel, in a single step

Engineered Bacterium Turns Carbon Dioxide into Methane Fuel
If scaled up, batches of bacteria could convert CO2 emissions into fuel, in a single step

New Membrane Could Save $2 Billion a Year for U.S. Industries
The synthetic membrane from ExxonMobile would also avert 45 million tons of carbon dioxide emissions


Self-Destructing Battery Can Dissolve Itself in 30 Minutes
Battery could pave the way for so-called transient power sources for scientific instruments or tools of espionage, researchers say

Glider Aims to Break World Record—and Boost Climate Science
Perlan mission will surf stratospheric waves and conduct atmospheric research

Electric Car Charging Could Follow Airbnb Model
Individuals offer their charging stations to the public, to fill gaps in commercial recharging networks

Fast-Charge Plugs Do Not Fit All Electric Cars
Just like desktops, laptops and smartphones, plugs to rapidly charge electric cars are not compatible across brands

The Value of Electricity and the Price of Telegraphs
Innovation and discovery as chronicled in Scientific American

Modern Electricity, 1916

For Data Lovers--Hourly Grid Operating Information Is Now Available from the EIA
The U.S. Energy Information Administration is now providing hourly electricity operating data online in near–real time

New Lithium–Oxygen Battery Is Scalable, Cheap and Quite Promising
Researchers have developed a new variation of lithium–oxygen battery chemistry that could overcome previous shortcomings for this promising storage technology

Swiss Electric Buses Will Charge in a Flash
Why “fast charge” when you can “flash charge”? In Geneva, an innovative charging system will soon allow electric buses on Line 23 to charge their batteries en route

Supplies, Railways, Coal: The Struggle for Victory, 1916
Reported in Scientific American, this Week in World War I: July 29, 1916