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Police Dispose Of 20,000 Pounds Of Fireworks By Detonating Them All
Recently, 20,000 pounds of fireworks were seized in Glasscock County, Texas, and the local bomb squads helped the Bureau of Alcohol, Tobacco, Firearms and Explosives to dispose of them. How? By exploding the whole lot of them over the course of three and a half days and creating a tower of sparkling smoke.
The Midland Police Department posted this video to YouTube, explaining that Odessa, Lubbock, and Amarillo bomb squads were also present to assist with the fireworks disposal. It doesn't say just how many pounds of fireworks were detonated in this particular video, but it's still an impressive show. We can only imaging what it looked like to passersby.
On the department Facebook page, the MPD elaborates on the display:
To answer some of the questions we are getting, these fireworks were seized by ATF, not MPD. This disposal was very informative for our bomb techs who are charged with handling explosives. Also, this was done during the day because it was not meant to be a fireworks show. These fireworks could not be donated since their destruction was court-ordered.
Here's How You Can Help Build a Quantum Computer
Quantum computers—theoretical machines which can process certain large and difficult problems exponentially faster than classical computers—have been a mainstay of science fiction for decades. But actually building one has proven incredibly challenging.
A group of researchers at Aarhus University believes the secret to creating a quantum computer lies in understanding human cognition. So, they've built computer games to study us, first.
There are ways in which modern computers vastly outstrip our cognitive capacity—storing and regurgitating facts, for instance. But while most humans will struggle to memorize a list of a hundred names, we can learn recognize a hundred faces—a much more complex task—with ease. For decades, neuroscientists and engineers have dreamed of designing a computer that performs tasks such as facial or hand-writing recognition efficiently.
To understand how humans solve complex problems, Jacob Sherson and his colleagues created Quantum Moves, a simple problem-solving game in which a player searches for the best way to move atoms around on the screen. Ultimately, the researchers hope their freely accessible game—which has already been played over 400 thousand times—will offer insights into how our brains easily perform tasks that stump computers.
"The players showed us that there's an unexploited capacity for ingenuity in the human brain. We see solutions that a computer would never have allowed, and which optimize the processes," said Sherson in a press release.
The game has already produced some interesting findings. For one, while your loved ones may scold you for your lack of attentiveness, when it comes to problem solving, the ability to disregard irrelevant information is a blessing. Computers are unable to ignore even the most obscure details, and waste precious energy trying to incorporate them into the solution.
"We presumably manage to separate whatever is of no importance in relation to a given problem," Sherson said. "We hope to transfer this to the work with quantum computers, where the behaviour of atoms is the crucial factor."
So, while the actual business of building a quantum computer may out of reach for those of us lacking a Ph.D. in physics, now at least there's a way for us plebeians to contribute to the effort, by doing what we do best—playing games.
You can check out (and play!) the games that researchers are using to map our thoughts and design better computers here.
Recently, 20,000 pounds of fireworks were seized in Glasscock County, Texas, and the local bomb squads helped the Bureau of Alcohol, Tobacco, Firearms and Explosives to dispose of them. How? By exploding the whole lot of them over the course of three and a half days and creating a tower of sparkling smoke.
The Midland Police Department posted this video to YouTube, explaining that Odessa, Lubbock, and Amarillo bomb squads were also present to assist with the fireworks disposal. It doesn't say just how many pounds of fireworks were detonated in this particular video, but it's still an impressive show. We can only imaging what it looked like to passersby.
On the department Facebook page, the MPD elaborates on the display:
To answer some of the questions we are getting, these fireworks were seized by ATF, not MPD. This disposal was very informative for our bomb techs who are charged with handling explosives. Also, this was done during the day because it was not meant to be a fireworks show. These fireworks could not be donated since their destruction was court-ordered.
Here's How You Can Help Build a Quantum Computer
Quantum computers—theoretical machines which can process certain large and difficult problems exponentially faster than classical computers—have been a mainstay of science fiction for decades. But actually building one has proven incredibly challenging.
A group of researchers at Aarhus University believes the secret to creating a quantum computer lies in understanding human cognition. So, they've built computer games to study us, first.
There are ways in which modern computers vastly outstrip our cognitive capacity—storing and regurgitating facts, for instance. But while most humans will struggle to memorize a list of a hundred names, we can learn recognize a hundred faces—a much more complex task—with ease. For decades, neuroscientists and engineers have dreamed of designing a computer that performs tasks such as facial or hand-writing recognition efficiently.
To understand how humans solve complex problems, Jacob Sherson and his colleagues created Quantum Moves, a simple problem-solving game in which a player searches for the best way to move atoms around on the screen. Ultimately, the researchers hope their freely accessible game—which has already been played over 400 thousand times—will offer insights into how our brains easily perform tasks that stump computers.
"The players showed us that there's an unexploited capacity for ingenuity in the human brain. We see solutions that a computer would never have allowed, and which optimize the processes," said Sherson in a press release.
The game has already produced some interesting findings. For one, while your loved ones may scold you for your lack of attentiveness, when it comes to problem solving, the ability to disregard irrelevant information is a blessing. Computers are unable to ignore even the most obscure details, and waste precious energy trying to incorporate them into the solution.
"We presumably manage to separate whatever is of no importance in relation to a given problem," Sherson said. "We hope to transfer this to the work with quantum computers, where the behaviour of atoms is the crucial factor."
So, while the actual business of building a quantum computer may out of reach for those of us lacking a Ph.D. in physics, now at least there's a way for us plebeians to contribute to the effort, by doing what we do best—playing games.
You can check out (and play!) the games that researchers are using to map our thoughts and design better computers here.