The 21st 1st (no typo) Annual IgNobel Prizes are tomorrow. What are the Igs, you ask?
The Ig Nobel Prizes honor achievements that first make people laugh, and then make them think. The prizes are intended to celebrate the unusual, honor the imaginative — and spur people’s interest in science, medicine, and technology.
Awarded by Improbable Research, we will learn tomorrow whose real-life research is the weirdest, coolest, and funniest.
For example, last year’s physics prize went to
Lianne Parkin, Sheila Williams, and Patricia Priest of the University of Otago, New Zealand, for demonstrating that, on icy footpaths in wintertime, people slip and fall less often if they wear socks on the outside of their shoes.
Here’s the reference to prove it!
It is always entertaining and reminds us all why we love science!
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The weak shock wave emanating from a trombone was captured on film and presented at the 161st Meeting of the Acoustical Society for America in Seattle.
The researchers used schlieren photography to capture the images. This method is able to image fluids through the changes in their refractive index and is used largely in aeronautical engineering to study air flow around airplanes.
It’s also wicked-cool :)
Earlier this week, I wrote about the University of Maryland’s ‘Gamera’ project. The engineering team there have designed and built a human-powered helicopter over the past two and a half years and were finally ready make it fly this week.
On Wednesday May 11, the team made their first attempt. They were unable to get the chopper off the ground, so minor repairs were performed and a second attempt was made yesterday, May 12.
After a few attempts, the pilot, Judy Wexler, was able to get the helicopter off the ground for a total of 4 seconds. (In the video below, she gets off the ground at about 3:20)
It is not quite what they had hoped. The ultimate goal was to win the Sirkosky Prize, but that would have required the chopper to fly for at least 1 minute and reach a height of at least 3 meters.
This is still a historic flight, however. It is the first human-powered helicopter to be piloted by a woman, and assuming the review of the flight video goes according to plan, the first to be certified by the National Aeronautics Association.
Darryl Pines, Dean of the A. James Clark School of Engineering, had this to stay about the success:
I am incredibly proud of this amazing feat of engineering and physical prowess, and grateful to faculty mentors Drs. Inderjit Chopra, V.T. Nagaraj, and J. Gordon Leishman. Today’s flight of Gamera is a fitting symbol of our excellence in rotorcraft research and education, and our first step toward winning the Sikorsky Prize.
The team is attempting to win the Sirkosky Challenge. This is a challenge proposed by the American Helicopter Society in 1980 with a prize of $250,000. In order to win, the team’s flight machine must
- use only human power
- be off the ground for at least 60 seconds
- reach a minimum 3 meter altitude during the flight
- stay within a 10 meter box
While many man-powered aircraft have been produced, making a man-powered helicopter is quite difficult, as explained in the really cool video about the project shown below.
Best of luck to the team! I’m very curious to see how this turns out.
I love coffee. It has lots of flavour nuance (yes, I actually said nuance) and my brain loves stimulants.
But here’s the problem. I come into work in the morning, and I get a coffee. It is too hot to drink at first, so I let it sit for a few minutes.
However, after reading a few emails I get distracted and forget about my poor coffee. By the time I remember it, which is usually about an hour later, it is far too cold.
So I take it to the microwave to heat it up. However, it gets too hot, so I have to let it sit for a few minutes.
And the cycle goes on. It is definitely one of our #firstworldproblems, but it annoys me nonetheless.
But behold! The Coffee Temperature Regulating Thing-a-ma-jig!
So how do they actually work? Each stainless steel “joulie” contains a material which melts at 140 degrees Fahrenheit (60 degrees Celsius). If the coffee is hotter than this, the material absorbs thermal energy by undergoing a phase change (melting). This helps cool the coffee down faster. Once the temperature of the coffee dips below 140, the material remains slightly hotter than that until it solidifies, which keeps the coffee hotter, longer.
And no, I am in no way affiliated with these two guys who started this company, and I have no financial interest in the product. I just think it is an interesting solution to a common problem, and the solution is elegant in its simplicity.
“The human body generates more bio-electricity than a 120 volt battery and 25,000 BTUs of body heat. Combined with a form of fusion, the machines had found all the energy they would ever need.”
Morpheus was describing the motivation for building the Matrix. Thankfully, Sweden has no plans to enslave the human race; otherwise we would should have heard about it on WikiLeaks.
But Swedish engineers have developed a way to harness the body heat of commuters passing through Stockholm Central Station.
The excess heat in the building generated by commuters is used to heat water. The hot water is then pumped across the street to heat an office block.
The process could save the building 25% in heating costs, and is relatively simple to implement.
Humans generate 100 watts of body heat, and all that energy gets wasted if nobody harnesses it. When you have thousands of even millions of commuters going through a building, that is a lot of wasted power.
Nowadays, wasted power means wasted money, so expect to see lots more clever ideas like this from engineers to reduce energy costs.