In a recent PNAS paper, scientists have described how they managed to achieve a quantum entanglement with a minimum of 103 dimensions with only two particles.

103 dimensions rather than 3? Is that a typo?

Elementary particles such as photons can produce superpositions - where they exist in many possible quantum states simultaneously. In addition, when two particles are entangled a connection is generated so measuring the state of one (whether they are in one place or another, or spinning one way or another, for example) affects the state of the other particle instantly, no matter how far away from each other they are.

Silicon has been very good to us. It has given us Angry Birds and virtual protests we can participate in from the comfort of our home, but it may be time to enter the Age of the Biological Computer.

Writing in the journal Materials Today,researchers reveal details of logic units built using living slime molds, which might act as the building blocks for computing devices and sensors.

Soda taxes and beverage portion size restrictions mandated by government are the poster children for social authoritarian efforts to control behavior but a recent survey in Preventive Medicine finds that the public is not willing to believe that a 15 ounce soda is okay but banning a 17 ounce soda will cure obesity.

PRINCETON, N.J.—In a study of 14,000 U.S. children, 40 percent lack strong emotional bonds — what psychologists call "secure attachment" — with their parents that are crucial to success later in life, according to a new report. The researchers found that these children are more likely to face educational and behavioral problems.

HOUSTON – (March 27, 2014) – National efforts in the last decade to clear the air of dangerous particulate matter have been so successful that most urban areas have already attained the next benchmark, according to new research by Rice University.

Atmospheric researchers at Rice studied the state implementation plans (SIPs) from 23 regions mandated by the Environmental Protection Agency to reduce particulate matter (PM) smaller than 2.5 microns (PM 2.5) to less than 15 micrograms per cubic meter by 2009.

The Rice analysis appears this week in the Journal of the Air and Waste Management Association.

Researchers have pinpointed a new mechanism of how natural variation in our DNA alters an individual's risk for developing heart disease by interfering with the ability of a developmental gene to interact with a specialized type of RNA. This work expands on previous work identifying the "hidden" causes of complex disease risk, with the goal of unlocking new pathways and potential drug targets for cardiovascular disease.

This latest study led by Thomas Quertermous, MD at Stanford University and Georg Sczakiel, PhD at the University of Lübeck (Germany) was a joint effort between human geneticists and molecular biologists. Postdoctoral scholar, Clint Miller, PhD was the lead author of the study published online in PLOS Genetics on Mar 27.