Here’s What Oppenheimer Gets Right—And Wrong—About Nuclear History
Here’s what a historian who has studied J. Robert Oppenheimer for two decades has to say about the new Christopher Nolan film on the father of the atomic bomb.
Jeff DelViscio is currently Chief Multimedia Editor/Executive Producer at Scientific American. He is former director of multimedia at STAT, where he oversaw all visual, audio and interactive journalism. Before that, he spent over eight years at the New York Times, where he worked on five different desks across the paper. He holds dual master's degrees from Columbia in journalism and in earth and environmental sciences. He has worked aboard oceanographic research vessels and tracked money and politics in science from Washington, D.C. He was a Knight Science Journalism Fellow at MIT in 2018. His work has won numerous awards, including two News and Documentary Emmy Awards.
Here’s What Oppenheimer Gets Right—And Wrong—About Nuclear History
Here’s what a historian who has studied J. Robert Oppenheimer for two decades has to say about the new Christopher Nolan film on the father of the atomic bomb.
El Niño is Back. What Does That Mean For You?
The famous climate pattern El Niño could usher in a new hottest year on record and will have domino effects on the world’s weather.
The Universe Is Abuzz with Giant Gravitational Waves, and Scientists Just Heard Them (Maybe)
Researchers, using the galaxy as a detector, believe they have detected gravitational waves from monster black holes for the first time.
MDMA Moves from Club Drug to Real Therapy
The party drug MDMA could soon be approved for treating people with severe PTSD.
Five Things You Need to Know about Wildfire Smoke Right Now
Where is it coming from? How long will it last? What's in the smoke? Whose health is at risk? How do you clean your own air?
Listen to the Astonishing ‘Chirp’ of Two Black Holes Merging
Some of the most violent cosmic collisions occur silently in the vacuum of space, but with the right instrumental ears, we can still hear it happen. Here’s how.
Understanding Dissociative Identity Disorder through the ‘Community’ of Ella
We learn the story of “Ella,” a patient with 12 different personalities, or “parts,” and of her therapist, who helped her form a peaceful community—many selves in one body and mind.
The Bad Side of ‘Good’ Cholesterol
Very high HDL cholesterol levels almost double your risk of heart problems.
Meet the Magnificent Microbes of the Deep Unknown
These two researchers journey toward the center of Earth—via windows to the crust—to find bacteria that can breathe iron, arsenic and other metals that would kill us pretty quickly.
Science Has New Ideas about ‘Oumuamua’s Weirdness
Our first known interstellar visitor is now long gone, but new research has some ideas about why it moved the way it did while it was in our cosmic neighborhood.
Cosmos, Quickly: Remembering the Genius of Vera Rubin
Vera Rubin went from a teenager with a cardboard telescope to the “mother of dark matter.” Some of her colleagues and mentees weigh in on her fascinating life and how she was a champion for women in astronomy.
Space Force Humor, Laser Dazzlers, and the Havoc a War in Space Would Actually Wreak
In the inaugural episode of Cosmos, Quickly, we blast off with Lt. Gen. Nina Armagno of the Space Force, who is charged with protecting our space in space, particularly from Russia and China.
If the Mathematical Constant Pi Was a Song, What Would It Sound Like?
Every year on Pi Day, we have a reason to celebrate one of math’s most famous symbols. But this year we speak to someone who has captured it in song.
This Particle Accelerator Makes a Substance That Has Not Existed in 13 Billion Years
By using one of the most complicated and powerful machines on the planet, scientists have found a way to glimpse back to the very beginning of time itself.
Coming Soon to Your Podcast Feed: Science, Quickly
A new era in Scientific American audio history is about to drop starting next week. Get ready for a science variety show guaranteed to quench your curiosity in under 10 minutes.
All the Gold in the Universe Was (Likely) Created This Way
For a long time, no one knew how “heavy metals” formed—or showed up on Earth. Now some new evidence finally points the way to an answer.
The 60-Second Podcast Takes a Short Break—But Wait, There’s More
Scientific American’s short-form podcast has been going for 16 years, three months and seven days, counting today. But it’s time for us to evolve.
How Vaccines Saved Money and Lives and China’s Zero-COVID Protests: COVID, Quickly Podcast, Episode 44
Vaccines saved New York City billions of dollars, and China faces public fury over its strict virus-control policies.
Antivirals Could Reduce Long COVID Risk and How Well the New Boosters Work: COVID, Quickly Podcast, Episode 43
In this new episode of our coronavirus podcast, we discuss a study that looked at the effects of Paxlovid on long COVID symptoms, and we also talk new bivalent boosters and immunity.
The Viral Triple Threat and Why You Need a Booster: COVID, Quickly, Episode 42
COVID, flu and RSV are surging. Here’s what you need to know to protect yourself.
New Halloween ‘Scariant’ Variants and Boosting Your Immunity: COVID, Quickly, Episode 41
In a new episode of the COVID, Quickly podcast, we talk about the variants that are likely to be around this winter and how boosters help even if you’ve already had the disease.
How the Pandemic Shortened Life Expectancy and New Drugs on the Horizon: COVID, Quickly, Episode 40
In this episode of the COVID, Quickly podcast, we talk about why we’ve had years shaved off our average collective life since 2020. Also, we talk about “mabs” and why you might want to know what they are.
Unvaxxed Kids and 8 Days a Week (of Isolation): COVID, Quickly, Episode 38
This is our second back-to-school special episode of COVID. Quickly. Today we talk about two big issues: the low vaccination rates among the littlest kids and how long you should quarantine after being sick (actually).
Hawking, a Paradox and a Black Hole Mystery, Solved?
We do not have a theory to tell us everything about how a black hole works, but new research is shedding a least some light on one of their many mysteries.