An international group of astronomers led by a Harvard Ph.D. student reported their discovery that the Radcliffe Wave — a 9,000 light-year-long gaseous structure in the Milky Way — moves in an ...
The measurements of the oscillation and drift of the Radcliffe Wave presented here offer constraints on the formation of dense star-forming structures within the Milky Way, and the possible origins of ...
A few years ago, astronomers uncovered one of the Milky Way's greatest secrets: an enormous, wave-shaped chain of gaseous clouds in our sun's backyard, giving birth to clusters of stars along the ...
Researchers have discovered a new type of plasma oscillation that behaves unlike anything seen before. These plasma waves can move independently of the plasma’s physical properties, even faster than ...
Some results have been hidden because they may be inaccessible to you
Show inaccessible results