Two Solar Tornadoes Observed with IRIS astrobites.org/2018/11/28/two…

An international team of solar physicists including researchers from PKU, Prof. Tian Hui and Yang Zihao and team from PKU School of Earth and Space Science have measured the global distribution of the coronal magnetic field for the first time. (1/2)

Global maps of the magnetic field in the solar corona | Science - congratulations everyone, including Giulio Del Zanna, DAMTP ⁦Faculty of Mathematics - University of Cambridge⁩ science.sciencemag.org/content/369/65…

It’s really great that we can finally make this happen. So glad to work with all of the team members 🎉

The sun’s wispy upper atmosphere is an ever-changing jungle of sizzling plasma. sciencenews.org/article/sun-fi…

A great honor to share our work on #ESPM16😋Very happy to be one of the winners and congratulations to all the winners! My presentation is based on this work if anyone is interested ui.adsabs.harvard.edu/abs/2020Sci...…

Finally! The first time I heard of JWST I was still in primary school😹after all these years…

This week we’re at the National Solar Observatory / HAO Sun Earth Lab Spectropolarimetry Workshop. Some polarising discussion from the day already, and two weeks of fun science ahead! ☀️

Protests have broken out in several major cities in China over President Xi Jinping's zero-tolerance approach to Covid-19, a highly unusual show of defiance on.wsj.com/3F2Mmqy

Thanks Yuta! Honored to present our work at National Solar Observatory

1st-year graduate student Xianyu Liu from U-M Climate & Space and other students from the CoronaCast team lead the solar corona forecast for the April 8th Total Solar Eclipse using SWMF/AWSoM models: clasp.engin.umich.edu/solar-eclipse-… Really beautiful and promising work done by students!

The Sun's corona (upper atmosphere) contains low-density plasma and magnetic fields, which are difficult to measure. Yang et al. map the coronal magnetic field for eight months; it varies as the #Sun rotates and connects to active regions on the surface. science.org/doi/10.1126/sc…

Researchers in Science demonstrate a method to regularly measure the Sun's global coronal magnetic field, implementing it roughly every other day for a period of 8 months. Learn more: bit.ly/4gVjxNO