Armagh astronomer gets €2M grant to study first stars

Prof. Jorick Vink of Armagh Observatory and Planetarium wins €2 million ERC grant to investigate how the first stars formed after the Big Bang.

Armagh astronomer gets €2M grant to study first stars

Image: breakingnews.ie

An astronomer based at Armagh Observatory and Planetarium (AOP) has been awarded €2 million in European Research Council (ERC) funding to investigate how the first stars in the universe formed and emitted light after the Big Bang.

Professor Jorick Vink, a leading stellar astrophysicist at AOP, will lead the project titled 'First Stars: The First Stellar Generations in the Universe.' The grant, announced in July 2026, is part of the ERC Advanced Grant scheme, which supports groundbreaking research by established scientists.

The research aims to model the formation and evolution of Population III stars—the first generation of stars thought to have formed from primordial gas clouds about 100–200 million years after the Big Bang. These stars are believed to have been extremely massive and short-lived, ending in supernovae that enriched the universe with heavy elements.

Vink's team will use advanced computer simulations and observational data from telescopes such as the James Webb Space Telescope (JWST) to test theories about how these early stars 'switched on the lights' of the cosmos. The project is expected to run for five years.

Armagh Observatory and Planetarium, a leading astronomical research institution in Northern Ireland, has a strong track record in stellar astrophysics. This grant will support two postdoctoral researchers and a PhD student, boosting local scientific capacity.

❓ Frequently Asked Questions

What is the ERC Advanced Grant?

The ERC Advanced Grant is a prestigious European funding scheme that supports established researchers to pursue groundbreaking, high-risk projects in any field of science.

What are Population III stars?

Population III stars are the first generation of stars, formed from primordial gas shortly after the Big Bang. They are thought to be extremely massive and short-lived, and have not been directly observed yet.

How will the James Webb Space Telescope help this research?

The James Webb Space Telescope can observe distant galaxies and early universe objects in infrared, potentially detecting signatures of Population III stars or their supernovae.

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