Science Friday, February 17, 2017
Lithium-ion batteries power everything from our laptops to phones to electric vehicles, but they’re far from perfect. In fact, they were the culprits behind Samsung’s recent exploding Galaxy Note 7 phones.
“The word ‘bomb’ is not out of place here,” says David Pogue, tech columnist for Yahoo Finance and the host of NOVA’s documentary “The Search for the Super Battery.”
Android Headlines, February 10, 2017
Mike Zimmerman, a mechanical engineering professor at Tufts University in Massachusetts invented a battery that seemingly cannot explode. Zimmerman managed to achieve this impressive feat by creating a battery which utilizes a certain plastic polymer that is fire retardant instead of a liquid electrolyte and a separator used by conventional lithium-ion batteries. This decision led to the creation of a battery that’s not only significantly safer but also cheaper to manufacture than regular batteries.
iPhone Hacks, February 9, 2017
The battery in smartphones and tablets is one of, if not the most, important parts of the whole package.
But movement to make the battery in our most-used devices better has been somewhere around a snail’s pace, with only a few options worth nothing over the years. All of which have yet to actually turn into anything for the consumer. That doesn’t mean progress isn’t being made behind-the-scenes, though.
New Battery Technology Being Developed Doesn’t Combust When Punctured, Could Prevent Smartphone Explosions
9to5Mac, February 9, 2017
In a new NOVA documentary episode that recently aired on PBS, David Pogue hosts and checks out a next generation battery invented by Mike Zimmerman that won’t explode like the Samsung Note 7 (or create a thermal event) even when cut or punctured. The Search for the Super Battery episode is an hour-long look at “the hidden world of energy storage and how it holds the keys to a greener future.”
February 7, 2017
Mike Zimmerman, professor at Tufts University and founder and CEO of Ionic Materials, discusses the latest advancements in battery technology.
Featured in NOVA NEXT, February 1, 2017
We live in an age when technological innovation seems to be limitlessly soaring. But for all the satisfying speed with which our gadgets have improved, many of them share a frustrating weakness: the batteries. Though they have improved in last century, batteries remain finicky, bulky, expensive, toxic, and maddeningly short-lived. The quest is on for a “super battery,” and the stakes in this hunt are much higher than the phone in your pocket. With climate change looming, electric cars and renewable energy sources like wind and solar power could hold keys to a greener future…if we can engineer the perfect battery. Join host David Pogue as he explores the hidden world of energy storage, from the power—and danger—of the lithium-ion batteries we use today, to the bold innovations that could one day charge our world.
Forbes, January 31, 2017
Whether they’re in our smartphones, laptops, electric cars, or any number of other rechargeable electronic devices, the overwhelming majority of us rely on lithium-ion batteries in our everyday lives. Unfortunately, as companies like Samsung and HP are all too aware, there can be dangerous side-effects to lithium-ion batteries if there are any manufacturing anomalies or damage done to the batteries that affects their structural integrity.
Nova Next, January 30, 2017
Vicky Hallett, Jan. 30, 2017
Jay Leno’s garage. It’s probably not where you’d expect to wind up while on “Search for the Super Battery,” but it’s one of host David Pogue’s first stops on the Nova documentary, which premieres Feb. 1 on PBS.
David Pogue, January 30, 2017
Batteries, as you may have figured out by now, have a problem. A few problems, actually.
They don’t hold nearly enough power. That’s a real problem for phones, smartwatches, and electric cars.
They’re very expensive. That’s a real problem for the national electric grid, which desperately needs some kind of energy storage if sun and wind power are ever to become a thing.
And above all, they’re explosive. That’s a real problem for Samsung—and, actually, anyone who would rather not carry an envelope full of fire next to their thighs.
Safe, long range electric vehicles become a reality
Longer lasting devices in new form factors
Low cost, reliable energy for grid applications
Learn More About Our Innovation