With the full array, the EHT could see details as small as 13 microarcseconds, equivalent to seeing a bottle cap on the Moon from Earth. This means that, at 0.87 mm, they will be able to get ...

Want a clear view of a supermassive black hole's environment? It's an incredible observational challenge. The extreme gravity ...

With the full array, the EHT could see details as small as 13 microarcseconds, equivalent to seeing a bottle cap on the Moon from Earth. This means that, at 0.87 mm, they will be able to get ...

The EHT was built to observe the event horizons ... the level of detail will be “equivalent to seeing a bottle cap on the Moon from Earth.” The telescopes will also be able to make “movies ...

By demonstrating the ability for joint observations at the short radio wavelength of 0.87mm, the Event Horizon Telescope has ...

With the full network of EHT telescopes, astronomers expect to achieve details as small as 13 microarcseconds. This level of resolution would be comparable to spotting a bottle cap on the Moon ...

The Event Horizon Telescope (EHT) collaboration, with the participation of the Atacama ... This corresponds to the size of a cap from a water bottle on the moon, as seen from Earth. “At 0.87 ...

This technical test has opened up a new window to study black holes. With the full array, the EHT could see details as small as 13 microarcseconds, equivalent to seeing a bottle cap on the Moon from ...

Atlantic City's gaming market changed irrevocably in the late summer of 2014 when three casinos closed within a matter of ...

An Earth-sized telescope that combines numerous arrays captures the highest-ever resolution observations for a ground-based ...

At .87 mm with the full EHT, scientists could see details as fine as 13 microarcseconds, much like observing a bottle cap on the Moon from Earth. This amounts to a 50% increase in resolution over what ...