Ethan Siegel

@startswithabang

With a dedicated following of 244 paid members, Ethan Siegel has achieved significant financial success through his 'Starts With A Bang' platform. Launched in May 2015, the platform has grown to include a diverse range of content, including original articles and videos, reaching a total of 355 members. Ethan's passion for science communication is evident in his engaging and accessible approach, bringing the wonders of the Universe to a wider audience. His platform has become a valuable resource for those seeking a deeper understanding of the cosmos, contributing to his impressive financial achievements.

Video Science & Nature Natural Sciences Space & Astronomy Cosmology Education & Learning Academic Subjects Science

372 Members

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#2,808 Patreon Rank

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2,302 Posts

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May 31, 2015 Patreon Launch Date

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Here in our Universe, both normal and dark matter can be measured astrophysically. But only normal matter can collapse. Why is that?

With a flurry of threats to scientists, science funding, and health policy, the USA now faces a crisis reminiscent of Soviet-era Lysenkoism.

First discovered in the mid-1960s, no cosmic signal has taught us more about the Universe, or spurred more controversy, than the CMB.

From LIGO, there weren’t enough neutron star-neutron star mergers to account for our heavy elements. With a JWST surprise, maybe they can.

It’s the ultimate game of cosmic “cover up,” as the dimming occurs when a circumbinary disk from a nearby star passes in front of T Tauri N.

New telescopes, radio dishes, and gravitational wave detectors are needed for next-generation science. Will the USA lead the way?

The Ring Nebula, a bright, circular planetary nebula, is created by a dying Sun-like star. After centuries, we finally know its true shape.

Since mid-2022, JWST has been showing us how the Universe grows up, from planets to galaxies and more. So, what's its biggest find of all?

A proton is the only stable example of a particle composed of three quarks. But inside the proton, gluons, not quarks, dominate.

The discovery of ultra-bright, ultra-distant galaxies was JWST's first big surprise. They didn't "break the Universe," and now we know why.