Yang Sun

physicist

[Yang Sun @yangsun90]

Researchers one step closer to determining iron's structure at the center of Earth https://t.co/PoeDC8QKeC via @physorg_com

[AGU's Eos @AGU_Eos]

What is the structure of iron at the center of the planet? A new #AGUPubs study gets to the core of the issue. New research from @Columbia @APAMMSECU @MineralsCloud @yangsun90 https://t.co/YpypHRz9RJ

[arXiv cond-mat @_arXiv_cond_mat]

[2206.06503] Yang Sun, Feng Zhang, Cai-Zhuang Wang et al.: Electron-phonon coupling strength from ab initio frozen-phonon approach https://t.co/6qi3AT42f5 https://t.co/74mXXusX5m #cond_mat_supr_con

[US-Africa Initiative @usafri_es]

Nithaya Chetty @WitsUniversity: “Many problems facing humanity are of a global nature… We need stronger, collaborative international scientific community.”

Group photo of #USAfrI at ES22 @Columbia @FlatironCCQ.
Thanks everyone for the opportunity to bring us together!

[Yang Sun @yangsun90]

Scientists are probing the secrets of Earth’s inner core—and how it saved life on our planet https://t.co/6Sx3es9Tzs

[Minerals Cloud @MineralsCloud]

Understanding the formation of the Earth’s inner core is essential to understanding the geodynamo and Earth's history. Attempts to explain the initial solidification of the inner core were unsuccessful.
In his paper, Dr. Sun proposed a new explanation:
https://t.co/tQF85QF2tu

[IOPmaterials @IOPmaterials]

Congratulations to Yang Sun @sun_ams for winning second prize for their on the recently discovered new Fe-Mg-O ternary compounds at #EarthsCore pressure. See the entry here: https://t.co/jTHq9JIehv

[Yang Sun @yangsun90]

@MoseKatie @IOPmaterials Thank you! It’s a great honor!

[IOPmaterials @IOPmaterials]

And the winners are
1st prize Marcos Guimaraes @mhdguimaraes University of Groningen @univgroningen
2nd prize Yang Sun @sun_ams Columbia University @Columbia
3rd prize Ross Knapman @RossKnapman Duesberg University @unidue
Thank you to all involved!
#EmergingLeaders #IOPmaterials

[Yang Sun @yangsun90]

Thanks to @IOPmaterials for the opportunity to present our work at #EmergingLeaders event. We recently discovered new Fe-Mg-O ternary compounds at Earth’s core pressures, helping us better understand Earth and Super-Earth’s interior.
#IOPmaterials #EmergingLeaders

[Yang Sun @yangsun90]

Phys. Rev. Lett. 123, 105701 (2019) - Predicting Complex Relaxation Processes in Metallic Glass https://t.co/uK8JXGdE5o

[Kevin Parker @kevin_parker_ai]

Calculation of Critical Nucleation Rates by the Persistent Embryo Method: Application to Quasi Hard Sphere Models https://t.co/m38cde6LFv

[Physical Review Letters @PhysRevLett]

Volume 120, Issue 8
https://t.co/OI1crKWFMn
Cover: Randomly packed assemblies of granular chains act like polymers
(see Focus story https://t.co/C3p8MyrO0Q)

[Yang Sun @yangsun90]

Phys. Rev. Lett. 120, 085703 (2018) - Overcoming the Time Limitation in Molecular Dynamics Simulation of Crystal Nucleation: A Persistent-Embryo Approach https://t.co/9HlQRoe3gR

[Physical Review Letters @PhysRevLett]

A carefully adjusted restart mechanism maximizes the probability that a first-passage stochastic process will complete in a desired way https://t.co/czcCKZWvLZ https://t.co/b2UvXS6RES #chemphys #probability

[Yang Sun @yangsun90]

‘Crystal Genes’ in Metallic Liquids and Glasses : Scientific Reports https://t.co/jBeGFhOiLm