NASA's Europa Clipper mission will make flybys near Jupiter, a region of the solar system teeming with charged particles and ...

Scientists in China have developed the world’s strongest resistive magnet, which produced a steady magnetic field of 42 Tesla ...

It seems crazy, but light actually exerts a physical force on objects. It could power a new generation of spacecraft for deep ...

Solar flares are extremely intense events that occur in the sun's atmosphere, lasting anywhere from a few minutes to several ...

A newly discovered doughnut shape in Earth's outer core may reveal elements that help drive the formation of the planet's ...

Allowing for the changes, this key component of Atlantic heat transfer appears to be much more robust than previously thought ...

When most folks think of Autumn, browning leaves, crisp wind and pumpkins come to mind – for scientists, though, it’s solar ...

EDT on Sunday, September 22, 2024, the sun will cross the celestial equator, putting the magnetic fields of Earth and the ...

研究组提出了一种基于半稳定混沌边缘（EOC）的迥然不同的原始技术，这是一种长期理论化但实验难以捉摸的机制，也是生物轴突中主动（自放大）传输的基础。通过电进入LaCoO3中的自旋交叉，研究组分离出半稳定的EOC，其特征是小信号负电阻和扰动放大。在EOC偏置介质顶部的金属线中，一端的信号输入在另一端离开后放大，而不通过单独的放大组件。

The scientific community has long grappled with the question of whether these stars can support planets capable of sustaining ...

The Daniel K. Inouye Solar Telescope, the world's most powerful solar telescope, operated by the NSF National Solar ...

In the study, researchers reconsider the data, correcting for a gradual shift in Earth’s magnetic field that they say ...