... Stars form in dense clouds of the interstellarmedium, but even in these densest regions the pressure is comparable to the most tenuous vacuum created in a laboratory on Earth. ...
... Stars form in dense clouds of the interstellarmedium, but even in these densest regions the pressure is comparable to the most tenuous vacuum created in a laboratory on Earth. ...
... Stars form in dense clouds of the interstellarmedium, but even in these densest regions the pressure is comparable to the most tenuous vacuum created in a laboratory on Earth. ...
... Stars form in dense clouds of the interstellarmedium, but even in these densest regions the pressure is comparable to the most tenuous vacuum created in a laboratory on Earth. ...
... Stars form in dense clouds of the interstellarmedium, but even in these densest regions the pressure is comparable to the most tenuous vacuum created in a laboratory on Earth. ...
... Stars form in dense clouds of the interstellarmedium, but even in these densest regions the pressure is comparable to the most tenuous vacuum created in a laboratory on Earth. ...
... Stars form in dense clouds of the interstellarmedium, but even in these densest regions the pressure is comparable to the most tenuous vacuum created in a laboratory on Earth. ...
... Stars form in dense clouds of the interstellarmedium, but even in these densest regions the pressure is comparable to the most tenuous vacuum created in a laboratory on Earth. ...