Dark matter may be answer to why stars near the Milky Way’s core are muted
This finding offers a potential new clue in the decades-long effort to understand what dark matter is and how it behaves.
This finding offers a potential new clue in the decades-long effort to understand what dark matter is and how it behaves.
UH Mānoa was ranked in all 11 of the 2026 Times Higher Education World University Rankings by Subject lists.
PUEO is designed to study tiny particles called neutrinos that travel through space at extremely high energies.
The rankings are based on measures such as world-class faculty, world-class research output, high-quality research, research impact and international collaboration.
The experiment is suspended from a football-field-sized balloon approximately 24 miles above Antarctica.
Three volunteers with Food Vault Hawaiʻi share their experiences of giving back to help support food insecurity.
Understanding antimatter particles helps us learn how the universe was formed and why it behaves the way it does today.
The research introduces a new method based on statistical mechanics to improve the discovery of equations directly from noisy real-world data.
UH Mānoa researchers study how black holes may turn dead stars into dark energy, helping explain the universe’s faster expansion.
Unlike conventional lasers, the FEL produces tunable light (light that can be adjusted to different colors or energies) by accelerating electrons through alternating magnetic fields.