Research Findings

Physicists have shown that a technique called compressive sensing offers a way to measure both variables at the same time, without violating the Uncertainty Principle.

Humans have a well-documented tendency to see winning and losing streaks in situations that, in fact, are random. Now in the first study in non-human primates of this systematic error in decision making, researchers find that monkeys also share our unfounded belief in lucky streaks.

The findings of a new study suggest that number learning is a fundamental process that follows a universal pathway. However, the timing of the process depends on a child’s environment.

A 20-minute classroom assessment that is less subjective than traditional in-class evaluations by principals can reliably measure classroom instruction and predict student standardized test scores.

Physicists have created a silicon nanocavity that allows light to be trapped 10 times longer than in other similarly-sized optical cavities. Nanocavities are key components of nanophotonics circuits.

Findings on the cellular-level regulation of proteins called histones by lipid droplets, or "fat depots," shines light on chromosome production - and possible manipulation of that process.

When stem cells are used to regenerate bone tissue, many wind up migrating away from the repair site, which disrupts the healing process. A new technique keeps the stem cells in place, resulting in faster and better tissue regeneration.

Streaming jets of high-speed matter produce some of the most stunning objects seen in space. an experiment by French and American researchers using extremely high-powered lasers offers experimental verification of one proposed mechanism for creating them.

How can you reliably control the current that flows from one electrode to another in a circuit that is the width of a single molecule? The key, according to assistant professor of chemical engineering Alexander Shestopalov, is adding a second, inert layer of molecules.

Scientists have long been trying to understand how the Andes and other broad, high-elevation mountain ranges were formed. New research by Carmala Garzione, professor of earth and environmental sciences, provides an explanation.