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A hidden movement in the molecule that makes RNA

Researchers have uncovered new details about the molecular machine that separates DNA strands before copying a gene's sequence into RNA.

In brief: Mapping the errors that disrupt heartbeat

By determining the structure of a protein linked to a deadly form of arrhythmia, scientists have gained new insights about the condition.

Scientists use algorithm to peer through opaque brains

A new algorithm allows scientists to record the activity of individual neurons within a volume of brain tissue.

23 students receive Ph.D.s at Rockefeller’s 59th convocation

The Rockefeller University today awards doctoral degrees to 23 students who have completed their studies in bioscience. In addition, four distinguished scientists—Anthony B. Evnin, Mary-Claire King, Matthew Meselson, and Steven Weinberg—will receive honorary doctor of science degrees.

Hundreds of children and their families attend Rockefeller’s Science Saturday festival

The fourth annual science festival drew more than 1,000 school-age children and their families to campus. The young explorers participated in hands-on experiments and interactive demonstrations led by scientists.

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In brief: A closer look at why some drugs cause arrhythmia

Scientists have identified the features that render a potassium channel in the heart vulnerable to interference by a range of drugs.

New faculty member studies the tuberculosis bacterium

Jeremy M. Rock uses genetics to investigate how the microbe causes disease. He will join Rockefeller’s faculty on January 1, 2018.

Researchers create interactive touchscreen for dolphins

To learn more about dolphin cognition and communication, researchers have developed an underwater touchscreen using optical technology, the first of its kind.

Scientists identify a neural circuit that rotates a fly’s internal compass

Researchers have uncovered the neurons that spin a fly’s internal compass when the insect turns—the first such mechanism identified in any animal.

Newly discovered brain network offers clues to social cognition

By studying rhesus monkeys, researchers have identified a brain network dedicated to processing social interactions—a discovery that offers tantalizing clues to the origins of our ability to understand what other people are thinking.