A previously detected, anomalously large X-ray signal is absent in new Hitomi satellite data, setting tighter limits for a dark matter interpretation.

How do scientists know what percentages of the universe are made up of dark matter and dark energy?

The Dark Energy Spectroscopic Instrument will measure light from 35 million cosmic objects for new insights into what causes the universe to expand faster and faster.

The scientists develop methods to study neutrinos from star explosions and search for unknown particles and forces with possible ties to dark matter.

In its final run, the LUX experiment increased its sensitivity four-fold, but dark matter remains elusive.

The goal: Develop high-tech coatings that make the detector’s mirrors less “noisy”.

Before Hitomi died, it sent back X-ray data that explain how turbulent motions may prevent cooling of hot gas.

A small-scale version of the future detector allows researchers and engineers to test, develop and troubleshoot various aspects of its technology.

KIPAC researchers mourn the loss of the Hitomi spacecraft but are thrilled about the data it was still able to capture.

Astronomers around the world are looking for visible sources of gravitational waves.

The upgraded experiment aims to discover if neutrinos are their own antiparticles.

Computer simulations and lab experiments help researchers understand the violent universe and could potentially lead to new technologies that benefit humankind.