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Edison’s knowledge of chemistry, which he began to accumulate as a child, enabled many of his inventions and helped him to create a template for the modern research laboratory.
INFLUENCED BY CHEMISTRY
October 20, 2014
 
Referenced in:
Three Of Thomas Edison’s Laboratories Gain Chemical Landmark Status
By Susan J. Ainsworth
In this CBS clip, DeJong and Warren debrief after their first day in the race, which took them from New York to the U.S. Virgin Islands.
THE FIRST LEG
October 17, 2014
 
Referenced in:
C&EN Talks With "The Amazing Race" Team Of Amy DeJong And Maya Warren

By Jyllian Kemsley
See what it's like to be the guest molecule inside the UC-Berkeley group's host complex.
INSIDE THE HOST
October 15, 2014
 
Referenced in:
Nanovessel Host Leads To Retention Of Configuration In SN2 Reaction
By Bethany Halford
This animation describes the basis of atom probe tomography.
INSTRUMENTAL
October 13, 2014
 
Referenced in:
Microscopy Method Goes Deep
By Mitch Jacoby
The rotating view of these battery electrode tomographs reveals the device’s 3-D structure. Mn is blue; Ni is green; Li is pink.
ROUND & ROUND
October 13, 2014
 
Referenced in:
Microscopy Method Goes Deep
By Mitch Jacoby
APT analysis provides a 3-D reconstruction showing the location of catalytic gold nanoparticles embedded in MgO.
COMPOSITE
October 13, 2014
 
Referenced in:
Microscopy Method Goes Deep
By Mitch Jacoby
A stacked liquid crystal goes from transparent to reflective and back again as an applied voltage increases and decreases.
TUNABLE MIRROR
October 9, 2014
 
Referenced in:
Liquid Crystal Goes From Transparent To Mirrorlike With A Simple Jolt
By Neil Savage
Video of May-Britt and Edvard Moser explaining how grid cells in the entorhinal cortex help the brain compute a position in an animal’s environment. They, along with John O’Keefe, are the winners of the 2014 Nobel Prize in Physiology or Medicine.
FINDING THEIR WAY
October 6, 2014
 
Referenced in:
John O’Keefe, May-Britt Moser, And Edvard Moser Win 2014 Nobel Prize In Physiology Or Medicine
By Carmen Drahl
Philip Ross of the University of San Francisco shares his enthusiasm about mushroom plastics.
MUSHROOM HOUSE
October 6, 2014
 
Referenced in:
Making It With Mushrooms
By Alexander H. Tullo
Ecovative CEO Eben Bayer describes his company’s process to make mushroom materials.
INDUSTRIAL SCALE
October 6, 2014
 
Referenced in:
Making It With Mushrooms
By Alexander H. Tullo
Silica microspheres are drawn toward a catalytic micropump (center). Chemical reactions at the pump create an electric field, along with an electroosmotic force that pulls on the fluid surrounding the spheres.
COME ON IN
September 26, 2014
 
Referenced in:
Catalytic Micropump Controls Self-Assembly
By Neil Savage
Functional materials for 3-D printing, like this fiber-filled composite, could help meet on-demand production needs.
WRITE NOW
September 15, 2014
 
Referenced in:
3-D Printing Steps Toward Industry
By Matt Davenport
Video of a porous composite being compressed between two metal plates.
BOUNCE BACK
September 8, 2014
 
Referenced in:
Strong And Springy Materials Made In The Freezer
By Prachi Patel
A dropletlike nanosized particle of amorphous calcium carbonate (round) nucleates and grows. Suddenly it transforms into aragonite (bundles of wheat), which grow by consuming the amorphous particle.
METAMORPHOSIS
September 8, 2014
 
Referenced in:
Spying On Crystal Formation
By Mitch Jacoby
Diamond-shaped nanocrystals of calcite and a second unidentified CaCO3 phase nucleate spontaneously from solution and grow independently.
MULTIPATHING
September 8, 2014
 
Referenced in:
Spying On Crystal Formation
By Mitch Jacoby
Water droplets on a micropatterned vapor condenser don’t budge, even in the face of compressed air blasting at 4 m/s. Surface tension created by the patterning holds the droplets in place.
AIR BLAST
August 27, 2014
 
Referenced in:
Engineers Design Micropatterned Surface To Control Droplet Flow
By Neil Savage
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