06 Field report pending accessible

What Happens If You Drop a Penny on a Neutron Star?

Q: What happens if you drop a penny on a neutron star?

What we know: The gravitational potential energy released by infall onto a neutron star is enormous, set mostly by the star's field, not the object. What we do not: The detailed physics of how infalling matter heats, spreads, and radiates at the surface.

Physics does not care that it was only a penny.

Drop a penny from "rest" far above a neutron star and the gravitational potential energy released on impact is staggering. The coin is irrelevant. The field is everything.

Infographic: What Happens If You Drop a Penny on a Neutron Star?

Field report pending

An object dropped onto a neutron star would release tremendous gravitational potential energy. Even small masses could produce enormous energy on impact.

Expected concepts

?How much energy does a falling object release near a neutron star?
?Why does the object's own mass matter so little compared to the field?
?What actually happens to matter as it accretes onto the surface?

Citation requirements

When this report is written, every measured or inferred claim will ship with a source and a confidence badge. No exceptions.

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