Commercial spacecraft will attempt to reboost or repair the aging Swift observatory within nine months to prevent its reentry.

Multiple observations confirm sodium salt compounds in the exoplanet atmosphere, expanding understanding of distant planetary chemistry.

The next-generation radio telescope will detect fainter cosmic signals than existing arrays, advancing deep-space observation capabilities.

Research on the Galactic Center Excess has failed to rule out dark matter as the source, maintaining open debate on the mysterious gamma-ray emission.

NASA's record-breaking planet hunter has completed testing and is prepared for launch to survey exoplanets and dark energy.

New echo-mapping technique indicates dense dark matter distributions around galactic centers, relevant to understanding galaxy evolution.

Scientists created functional artificial eggs that support full development, achieving 26 hatched chicks in proof-of-concept.

International team used artificial intelligence to design self-assembling protein structures mimicking natural viral geometry.

New manufacturing technique enables smaller semiconductor components, advancing chip density and processing power.

Direct observation confirms that mobile genetic elements can transfer horizontally between different organisms, challenging inheritance assumptions.

New technology converts light to chemical energy without batteries, enabling sustainable energy generation.

Sub-4 nanometer fabrication represents significant advance in miniaturization and computational density.

Nanorobotic drug delivery system achieves precise positioning using magnetic guidance and infrared localization.

Evidence that mobile genetic elements cross species boundaries challenges traditional inheritance models.

California-based firm will design and launch spacecraft for daily measurements of Mars' global environment.

Highly contagious avian influenza variant has spread globally, including to previously unaffected regions.

Scientists developed new method to tune and control quantum light sources with unprecedented precision using twisted materials.

Machine learning advances enable precise modeling of molecular interactions critical to biological function.