This work published in Nature Methods, offers a practical route to high-precision, high-throughput connectome mapping with potential applications in psychiatry and epilepsy.

Currently, schizophrenia is diagnosed based on psychological symptoms. However, experts at the symposium emphasized the potential of measurable biological indicators to revolutionize diagnosis and treatment.

This study developed a new real-time prediction method for September Arctic sea-ice extent, based on the interannual increment and stepwise regression approaches

The interannual variation of summer precipitation in the East China Sea exhibits its own uniqueness

This study proposes a capacitance signal–based imaging strategy that uses an alternating current (AC) bias to suppress ion migration and eliminate nonlinear responses.

This framework enables quantitative predictions about how cellular systems convert frequency-encoded signals into precise amplitude outputs across different dynamical regimes.

n international team explored the long-term consequences of permanent emission reductions in pursuit of carbon neutrality goals.

A recent collaborative study  led to the development of an innovative rain conceptual model using dual-frequency measurements from the WindRAD instrument aboard China’s FengYun-3E (FY-3E) satellite to quantify and correct rain-induced errors in wind measurements.

A new study warns against oversimplifying the causes of extreme weather. While the Asian monsoon can influence North American climate, researchers found its usual effect is to cool the Pacific Northwest. However, during the 2021 heatwave, a uniquely strong jet stream acted as an "atmospheric waveguide," redirecting the monsoon's energy and amplifying the heat. This shows that a factor's general influence ("can it?") can differ from its role in a specific event ("did it?"), highlighting the need for detailed, case-by-case analysis.

Using six pairs of CMIP6 models with different horizontal resolutions, an IAP/CAS team analyzed how higher resolution improves the simulation of long-term summer precipitation trends (1951–2014) over High Mountain Asia and explored the physical mechanisms driving this improvement.