Spoiler alert: It works but testing on an actual asteroid might be needed
Why it matters: The concept of launching nukes into space to knock asteroids off course or destroy them completely may not sound foreign thanks to numerous sci-fi films popularizing it. But the lack of atmosphere in space nerfs nukes' power considerably, so the idea isn't so easy to pull off. Now, researchers at Sandia National Labs have come up with a new way to compensate for this shortcoming.
The detector can see a whopping 7,000 neutrino interactions daily
In a nutshell: Neutrinos are the most abundant particles in the cosmos. In fact, an astounding 100 trillion of them pass harmlessly through your body every second. Because they rarely interact with other matter, they've earned the nickname "ghost particles." Yet, despite their abundance, they remain some of the trickiest particles to detect in the subatomic world.
Planetary Delights: A rogue planet is an interstellar body with planetary mass that is not gravitationally bound to any "parent" star or star-like object. The exact process by which rogue planets form is still under debate, but recent observations made with the James Webb Space Telescope may help dispel some of the mysteries surrounding these elusive galactic wanderers.