Advancements in Cosmic Ray Detection and Space Weather Analysis

Xiaochun He's latest nuclear physics project involves developing sophisticated detectors for measuring cosmic rays to study their effects on climate change and examine broader space weather phenomena.

Discovered 2024-04-23T08:09:46.186707-07:00 | 2024-04-23T08:09:46.186707-07:00

Sources

Related Coverage

2024-04-26T07:35:56.586245-07:002024-04-26T07:35:56.586245-07:00

Imperative Increase in Space Weather Monitoring Amidst Solar Cycle Peak

2024-04-24T05:06:13.580850-07:002024-04-24T05:06:13.580850-07:00

Cosmic Ray Surge 41,000 Years Ago Tied to Weakening Magnetic Field

2024-04-12T13:48:05.665266-07:002024-04-12T13:48:05.665266-07:00

Twin Spacecraft Set to Revolutionize Space Physics Research

2024-03-13T09:02:41.467184-07:002024-03-13T09:02:41.467184-07:00

Compton Camera Shines in Non-Space Scientific Exploration

2024-02-26T05:54:35.612279-08:002024-02-26T05:54:35.612279-08:00

Chinese Observatory Advances in Cosmic Ray Research

2024-02-20T03:06:58.839537-08:002024-02-20T03:06:58.839537-08:00

Cosmic Rays Impair Quantum Computing Progress

2024-02-05T05:52:27.528759-08:002024-02-05T05:52:27.528759-08:00

China's Xihe Satellite Advances 3D Solar Plasma Mapping

2024-01-30T10:51:31.755370-08:002024-01-30T10:51:31.755370-08:00

AIMS Telescope Markedly Enhances Solar Magnetic Field Measurement Accuracy

2024-01-30T08:38:17.526961-08:002024-01-30T08:38:17.526961-08:00

Pioneering Spacecraft Explores Sun's Corona to Unveil Mysteries

2024-01-29T07:19:39.108283-08:002024-01-29T07:19:39.108283-08:00

AIMS Telescope Marks Progress in Solar Magnetic Field Study

Related Coverage