Thanh-Son Pham, Ph.D.
(Phạm Thành Sơn)
He/Him
ARC DECRA Research Fellow
Geophysics Area
Research School of Earth Sciences
The Australian National University
Email: ThanhSon.Pham@anu.edu.au
Address: J2.247, 142 Mills Road, Acton ACT 2601, Australia
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About me
About me
As a global seismologist, I use seismic waves to understand the Earth’s interior structures and seismic energy sources, employing mathematical tools such as signal processing, numerical modeling, and geophysical inference. To date, one of my visible contributions has been to help better understand the architecture of the seismic wavefield several hours after large earthquakes and to use it to decipher several long-standing puzzles regarding the Earth’s inner core. My ongoing research aims to expand the seismological toolbox to advance research on these topics, focusing on understanding the structures and dynamics of the polar ice sheets in Antarctica and Greenland under a changing climate.
More about me and my research: SSA At Work: Thanh-Son Phạm
My research on popular media
2024 Vụ phun trào núi lửa Tonga 2022: Hé mở yếu tố kích hoạt, Báo Khoa hoc và Phát triển.
2024 Tongan volcanic eruption triggered by explosion as big as ‘five underground nuclear bombs’, ANU Reporter.
2024 New research challenges current assumptions of Hunga (Tonga) eruption trigger, GNS Science News.
2023 What is Earth’s inner core and why do scientists want to study it?, ANU Reporter.
2023 What’s Inside Earth’s Inner Core? Seismic Waves Reveal an Innermost Core, The New York Times.
2023 Earth’s fifth layer is a solid metallic ball in its innermost region, ANU Reporter.
2023 Something very weird is happening inside Earth’s core. Here’s what that means for the planet, BBC Science Focus.
2023 Scientists have discovered a new core at the center of the Earth, The Washington Post.
2023 Trường sóng tương quan tiết lộ bí ẩn bên trong lõi Trái đất, Báo Khoa học và Phát triển.
2018 ANU researchers confirm Earth’s inner core is solid, ANU Press Release.
2018 Revealed by earthquakes, Earth’s inner core may be softer than previously thought, ABC News.
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