Imagine a world in which the only possible way to die was through a sudden accident, such as a car crash, falling down the stairs, or getting struck by lighting. How long could we expect to live in such a world? According to an eye-opening simulation, a very, very, long time, indeed.
Using a powerful supercomputer, meteorologists have simulated the “El Reno” tornado—a category 5 storm that swept through Oklahoma on May 24, 2011.
If you’ve ever been blasted by the downwash of a drone when it flies over you, you know how much air four spinning rotors can move. But to help improve the design and flight characteristics of future drones, NASA had its supercomputers simulate what that air movement actually looks like, and it’s impossibly complex.
A computer model developed by researchers at MIT shows that just 3,000 Uber and Lyft vehicles, when carpooled, could replace New York City’s entire 14,000-strong taxi fleet. It’s a finding that highlights the potential for ridesharing apps to revolutionize transportation in big cities.
Italian researchers have used the location of confirmed debris from Malaysian Airlines Flight MH370, which disappeared two years ago, to estimate where the missing airliner might have crashed, and where further debris may be found onshore. Their simulations show that the wreckage may lie upwards of 310 miles further…
It’s not exactly the best Monday morning pick-me-up, but if you were ever curious at just how inaccurate movies about the Titanic are, watch this animated simulation showing the infamous ocean liner sinking in real-time. You’ll just need to find a way to dodge work for two hours and forty minutes.
The most powerful supercomputer simulation of the Universe is providing important insights into how matter is distributed across large scales. Surprisingly, a significant portion of matter resides outside of galaxies and in the cosmic voids that permeate the cosmos.
When it comes to a “typical” day, most of us are too wrapped up in our own routines to think about what others might be doing. Thankfully, this fascinating visualization by statistician Nathan Yau shows exactly how America runs—right down to the minute.
Computer models suggest that the melting West Antarctic Ice Sheet (WAIS) is melting at a rapidly accelerating rate. A new computer simulation shows that at current melting rates, the ice sheet will hit a critical point in about 60 years, and could result in a sea level rise of as much as 10 feet over the next several…
By applying the rules of Einsteinian general relativity to data pulled in by the Pan-STARRS telescope, scientist have developed two distinct simulations of supermassive black hole mergers that are considered the best yet.
When you get on a plane, the last thing you want to think about is what you’ll have to do to survive an emergency crash landing in the water. But knowing exactly how to safely evacuate a plane could one day save your life, so researches created a terrifying Oculus Rift emergency landing simulation that looks far more…
Don't let the simple graphics fool you: NASA's Comet Quest is a complex and addictive online game that challenges you to perform several missions, including landing, collecting and transmitting scientific data, and keeping Rosetta safe from chunks of comet material that occasionally spews from the surface.
As awful as the movie Twister was, it helped bring to light the challenges of researching tornadoes. Namely, how do you get close enough to study something that's powerful enough to kill you? One obvious solution is to simulate them, and thanks to recent advancements, a team of researchers was finally able to create a…
As this new simplified simulation illustrates, Ebola may kill more than other diseases, but it spreads much slower.
The world's seven seas may be wildly unpredictable, but if you ever find yourself itching to play Poseidon, you might want to consider enlisting. Because at the Naval Surface Warfare Center just outside Washington, D.C., the Navy gets to control every inch of its very own indoor ocean.
Using a specialized facility at the Ames research center, NASA scientists have successfully recreated the cosmic grains that permeate the galaxy and form all planets. Perhaps surprisingly, star-stuff is actually quite complicated.
This simulation — the most detailed look at the structure of the universe yet — carries us through over 13 billion years in the life of the universe (picking up just under half a billion years after the Big Bang) in just two minutes.
In late March, a major landslide occurred a few miles east of Oso, Washington, killing at least 35 people and engulfing an area approximately one square mile (2.6 km2). Geologists are now studying the event and they're baffled by its ferocity and speed — a slide that rushed down at an astounding 60 mph (97 km/hr).
Animals are exceptionally complicated things. So complicated, in fact, that we've never actually built one ourselves. But the day is fast approaching when we'll be able to create digital versions of organisms on a computer — from the way they move right through to their behaviors. Here's how we'll do it.
With supercomputers capable of beating our best chess and Jeopardy players, you'd think that being able to simulate the sounds a tire makes while rolling on a road was easy—but it's not. In fact, Yokohama had to team up with the Japanese equivalent of NASA to finally recreate how air and sound behave around the…