The Multiverse Employee Handbook – A Science Comedy Podcast about Space, Physics, and Corporate Absurdity.
Join the #1 science comedy podcast where workplace humour meets cosmic exploration! From quantum mechanics explained through office politics to space history through corporate timelines, we make scientific concepts genuinely entertaining. Venture through physics, astronomy, sci-fi scenarios, and cosmic space history with your interdimensional IT department. Perfect for science enthusiasts and office workers alike - no degree required, just curiosity about how the universe really works (and occasionally malfunctions)!
Listen to the Latest Episode
What Happens if We Catch a Graviton? (It Changes Everything)
Published March 03, 2026 | About 32 minutes
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Science Made Hilariously Relatable
From quantum mechanics to space exploration to sci-fi scenarios—explained through relatable office drama. Finally understand everything from particle physics to planetary orbits through the lens of workplace politics and corporate absurdity.
Weekly Reality-Bending Episodes
New episodes every Tuesday at 3:14 AM EST. Perfect for your interdimensional commute or lunch break in any timeline.
Award-Worthy Production
Professional audio quality meets original sci-fi narrative storytelling. Experience office humor that transcends dimensions. Learn quantum physics with humor.
Other Recent Episodes
Srinivasa Ramanujan: A Life in Numbers
Welcome to the story of Srinivasa Ramanujan, who received complete mathematical theorems from the Hindu goddess Namagiri whilst sleeping, transcribed them into notebooks without proofs, and turned out to be solving twenty-first-century physics problems in 1920 with a fever and no computer. In this examination of mathematical intuition and divine inspiration, we discover how a self-taught clerk from colonial India produced thousands of theorems that professional mathematicians are still working to verify a century later.
Can We Live On the Moon?
Welcome to humanity’s return to the Moon, where NASA’s Artemis III mission plans to land astronauts at the South Pole by 2028 whilst China independently pursues its own crewed landing by 2030, and the question has evolved from “can we go?” to “can we actually stay?” In this examination of permanent lunar habitation, we discover how living on the Moon requires solving simultaneous challenges of dust mitigation, radiation shielding, partial gravity physiology, and resource extraction whilst maintaining human psychology in an environment that remains profoundly indifferent to organic survival.