Quantitative, high-sensitivity measurement of liquid analytes using a smartphone compass
“Here we [physicists at the National Institute of Standards and Technology] [MORE]
Synthetic cell growing and dividing
From the J. Craig Venter Institute and collaborators at NIST and MIT comes this: “For the [MORE]
Wearable Blood Pressure Monitor
It seems like it ought to be easy—a wearable watch-like device that continuously monitors blood pressure. But [MORE]
Shape Shifting Sensor
How is it possible today to tell if an artificial hip prosthetic has become infected? Pain, redness, swelling, [MORE]
BCARS
As the National Institute of Standards and Technology reports, a new method—called “broadband, coherent anti-Stokes Raman spectroscopy—has been developed to [MORE]
Human Genome in 3-D
In the beginning, there were the government supported Human Genome Mapping Project, and the privately funded one [MORE]
Satellite cameras, hovering 27,000 miles above earth can scan surface objects in great detail and in color by means [MORE]
Combining features of microfluidic devices, magnetic beads, and technology more typically applied to random access memory of computers, engineers [MORE]
It’s hard to imagine that a human heartbeat can create a local disturbance in the Earth’s magnetic field, but, [MORE]