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Health & Science3h 46m ago
A new study from Caltech's Jim Fuller proposes a model showing how escaping mass from sun-like stars during their death throes leads to a series of 'little kicks.'
Pasadena
Who
Jim Fuller, Kareem El-Badry
What
A new study from Caltech's Jim Fuller proposes a model showing how escaping mass from sun-like stars during their death throes leads to a series of 'little kicks.'
When
Mon, 15 Jun 2026 21:40:05 GMT · 3h 46m ago
Where
Pasadena ·
Why
The model connects randomly oriented mass ejection events to the suspected kicks experienced by white dwarfs, an observation that has puzzled researchers for several years.
The Frontline Impact
How this affects you
This new astrophysical model provides a physics-based explanation for why white dwarfs move in specific ways, and how these movements can decouple binary star systems, impacting our understanding of stellar evolution and star distribution.
Story chain
3 events in this thread- Currently Reading3h 46m agoA new study from Caltech's Jim Fuller proposes a model showing how escaping mass from sun-like stars during their death throes leads to a series of 'little kicks.'
- Health & Science3h 46m agoA new Caltech study proposes a model showing that escaping mass from the surfaces of sun-like stars in their final stages leads to a series of "kicks."Open article
- Health & Science3h 46m agoA new study proposes a model showing how escaping mass from the surfaces of sun-like stars leads to a series of "little kicks" during their final death throes.Open article
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