President Trump just channelled his inner Allen Iverson going on a rant that could equal Iverson’s infamous “practice rant”. In case you don’t know what I’m talking about, check out one of the…

WORLD — Concerned citizens of nations around the world breathed a collective sigh of relief this week, as the individuals who comprised Jeffrey Epstein's client list assured everyone that there was…

Had I as many souls as there be stars, I’d give them all for Mephistophilis. ~ Doctor Faustus Spectators claim Satan himself appeared on stage during the opening performance of Christopher Marlowe’s…

California officials have rejected a proposed resolution agreement from the Education Department’s Office for Civil Rights (OCR) that would resolve issues surrounding biological males in women’s spaces.…

Heads of state and government of member, partner, and external engagement countries pose for a group photo during the BRICS summit in Rio de Janeiro, Brazil, on July 7, 2025. Pablo Porciuncula/AFP via…

Heads of state and government of member, partner, and external engagement countries pose for a group photo during the BRICS summit in Rio de Janeiro, Brazil, on July 7, 2025. Pablo Porciuncula/AFP via…

I’ve been giving the Jeffrey Epstein situation a ton of thought recently and especially today after President Trump lashed out at a reporter for daring to even ask about it. Really bad look and it got…

What do you get when you cross theater kids with anti-American insurrectionists? Apparently, you get a color revolution whose favorite color is glowing, lightsaber red.  Advertisement Yesterday,…

[View Article at Source]

Gravitational waves come in all shapes and sizes - and frequencies. But, so far, we haven’t been able to capture any of the higher frequency ones. That’s unfortunate, as they might hold the key to unlocking our understanding of some really interesting physical phenomena, such as Boson clouds and tiny block hole mergers. A new paper from researchers at Notre Dame and Caltech, led by PhD student Christopher Jungkind, explores how we might use one of the world’s most prolific gravitational wave observatories, GEO600, to capture signals from those phenomena for the first time.