Podcast
Huge If True Podcast
Cleo Abram is a video journalist who produces Huge If True, an optimistic show about science and technology. Huge If True is an antidote to the doom and gloom, helping a wide audience see better futures they can help build. In each episode, Cleo dives deep into one innovation that could shape the future. She has explored humanoid robots at Boston Dynamics, supersonic planes at NASA, quantum computers at IBM, the Large Hadron Collider at CERN, and more. Previously, Cleo was a video producer at Vox and directed for Explained on Netflix. She was the host of Vox’s first ever daily show, Answered, as well as co-host of Vox’s YouTube Originals show, Glad You Asked.
- Natural Sciences chart
- #5
- Episodes
- 87
- Releases
- Daily
- Typical length
- 6 min
- On air since
- 2026
- Latest episode
- 3 weeks ago
Episodes
87 episodes, newest first
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18 min
The Sun Is Weirder Than You Think
Episode 87
Show notes
If you dove into the sun, the first layer you’d hit is hot enough to make diamonds BOIL. Right now we’re in a golden age of new solar science. For the first time, we’re getting close-up pictures of the Sun like we’ve never seen. Sending probes into its atmosphere. And revealing secrets about our star we never thought possible… Trust me, after this video, you’ll never look up at the sun the same way. So let me take you on a journey… INTO THE SUN.
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5 min
The Vomit Comet ft. Emily Calandrelli
Episode 86
Show notes
Emily Calandrelli is the host and co-producer of FOX's Xploration Outer Space. She is a grad from MIT and WVU with degrees in aeronautics astronautics, technology and policy
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7 min
World’s Easiest DIY Electric Train
Episode 85
Show notes
How do you take copper wire, a battery and magnets and make electric train? With science! This super simple DIY physics demo uses electromagnetic induction to propel a train made of magnets and batteries.
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6 min
Special Relativity and the Twin Paradox
Episode 84
Show notes
Special Relativity and the Twin Paradox
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4 min
How Rainbows Form
Episode 83
Show notes
How Rainbows Form
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4 min
Stacked Ball Drop
Episode 82
Show notes
What happens when you drop a perfectly balanced stack of balls? And how is the result like a supernova? The classic momentum transfer demonstration, taken to the next level. A big thank you to my nephews and niece Drew, Max and Whitney for creating the trampoline footage! Thank you to the Vlogbrothers for sponsoring this video, to Kyle Kitzmiller for filming, and to Island School on Kauai for providing the balls (ischool.org).
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6 min
Calculating Pi with Darts
Episode 81
Show notes
Pi can be calculated using a random sample of darts thrown at a square and circle target. The problem with this method lies in attempting to throw "randomly." We explored different ways to overcome our errors.
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4 min
Quarks Explained in Four Minutes
Episode 80
Show notes
Protons and neutrons are made of three quarks, right? Wrong! Explore the particle they should have told you about when you were a kid!
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9 min
What do programmers actually do?
Episode 79
Show notes
What do programmers actually do?
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4 min
This phenomenon only happens in Hawaii . . . and Cuba & Nigeria & Indonesia & Peru & Sudan & Laos &…
Episode 78
Show notes
There are only certain parts of the year and certain times of day when you can experience the subsolar point or Lahaina noon. There appears to be no shadow because the sun is directly overhead. This phenomenon happens twice a year for latitudes between the tropic of cancer and the tropic of capricorn at solar noon, when the sun is highest in the sky. But you have to be in the right place at the right time with no clouds! The photos and clips in this video were taken by my mom, Cathy, and friend Noel Liddell in Wailua, Po’ipu and Lawai, HI on July 11th (one day before exact Lahaina noon) and July 12th.
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15 min
Ballistic Ping Pong Ball vs. Tennis Ball at 450km/h!
Episode 77
Show notes
What happens when you shoot a ballistic ping pong ball going 450kph at a tennis ball?
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6 min
How Fluid Can Climb Upward! SLIME EXPERIMENT
Episode 76
Show notes
Slime exhibits some crazy unusual properties, like viscoelasticity, because it's a non-newtonian fluid.
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1 min
How to float a ping pong ball on air - The Coandă Effect
Episode 75
Show notes
Widely explained using the Bernoulli principle, this phenomenon is actually dominated by the Coanda effect.
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9 min
What do programmers actually do?
Episode 74
Show notes
I left a physics job to do software engineering. Was it worth it? What do software engineers actually do?
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8 min
How does your reflection flip when you bend a spoon inward?
Episode 73
Show notes
How does your reflection flip when you bend a spoon inward?
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6 min
Seeing the Smallest Thing in the Universe
Episode 72
Show notes
Beyond molecules and atoms, how far down can we see below the wavelength of visible light? What is the smallest possible scale in the universe?
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6 min
Tricky Spool Riddle SOLUTION - ft Anne Wojcicki
Episode 71
Show notes
Tricky Spool Riddle SOLUTION - ft Anne Wojcicki
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3 min
What's in the darkest part of the sky? The Hubble Deep Field
Episode 70
Show notes
What happens when you point the Hubble Space Telescope at the darkest part of the sky for 10 consecutive days? Besides using up extremely valuable time, what would you find?
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4 min
Singing plates - Standing Waves on Chladni plates
Episode 69
Show notes
Use physics to create cool patterns on a vibrating plate. How is this like a guitar string or a singing wine glass?
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10 min
Glaciers Are Disappearing Almost As Fast As You Can Ski Down Them | Climate Games
Episode 68
Show notes
How badly is our planet heating up? I’ve put together an experiment that asks: How much of an olympic-sized swimming pool would be filled with glacial meltwater in the time it takes to ski down a glacier? Helping me - by actually skiing down a glacier - is JT Holmes. And you won’t believe the final answer.
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