Even in the vastness of space, sometimes things crash into each other. [...] But with something as big as a black hole merger, you get something remarkable: gravitational waves. [...] But even though we've been able to detect gravitational waves for a while now, it's no easy feat. [...] One wave is almost impossible to distinguish from any of the others. [...] According to a new paper out of the International School for Advanced Studies in Italy (SISSA) creating a constellation of interferometers -instruments that gather information from ways waves interfere with each other-might do the trick.
Read the article here.
Media source
Main topic
Research (papers/grants)
Is it triggered by our press release/brief?
Yes
What news is it referred to?
Copy and paste of our text?
No
Interview organised by us (with/without press release or note, comment, event, etc…)
No
Copy and paste of an agency news (wherever it comes from)?
Yes
Which agency?
Popular Mechanics
d7_username
Maristella Lunardon (mlunardo)
d7_useremail
mlunardo@sissa.it