Red, White, and Blue

Red Blue Green Yellow Green Red Blue Red Yellow Green Red Blue Green Blue Red Green

Consider two adolescents: Person One and Person Two. Person One has never used substances and exhibits relatively few behavioral (conduct) problems. On the other hand, Person Two uses substances frequently and more commonly exhibits poor conduct. If you were to guess, which of the individuals would you expect to have lower overall judgment and self-regulation? If you answered Person Two, your i...

Red, Green, and Blue LEDs for White Light Illumination

The rapid improvement of the white light efficacy achievable with light-emitting diodes (LEDs) opens up new opportunities in the general illumination market. An LED light source made of red, green, and blue LEDs (RGB-LEDs) can provide the unique feature of color variability, allowing the user to select the desired color point of the lamp. The white light color accuracy required in the general i...

Budgeted Red-Blue Median∗

Content Distribution Networks (CDNs) have emerged in the last decade in order to distribute media content on behalf of content owners efficiently and cost-effectively. Such networks are especially motivated due to the often bursty nature of demands and the fact that content owners require their contents with good quality to be highly available in a timely manner. A single autonomous system with...

Seeing and Sampling the Surface of the Atherosclerotic Plaque: Red or White Can Make Blue.

Blue protein with red fluorescence.

The walleye (Sander vitreus) is a golden yellow fish that inhabits the Northern American lakes. The recent sightings of the blue walleye and the correlation of its sighting to possible increased UV radiation have been proposed earlier. The underlying molecular basis of its adaptation to increased UV radiation is the presence of a protein (Sandercyanin)-ligand complex in the mucus of walleyes. D...