Chasmosaurus belli: An adult specimen on display at the Royal Tyrrell Museum in Drumheller, Alberta.
Chasmosaurus belli: An adult specimen on display at the Royal Tyrrell Museum in Drumheller, Alberta.Courtesy Mark Ryan
In 2010, paleontologist Philip Currie came across a very unusual fossil in the barren badlands of Dinosaur Provincial Park in Alberta, Canada: a baby Chasmosaurus belli, a ceratopsian dinosaur from the Late Cretaceous. Only the edge of the frill on back of the skull was visible when Currie first came upon it, but eventually he dug out a nearly complete, articulated specimen. The only bones missing were the dinosaur's front legs.

Currie is professor of Dinosaur Paleobiology at the University of Alberta, in Edmonton, and now, after three long years of lab preparation, he and his staff are proudly showing off their prize dinosaur and getting it ready to put on display at the U of A Museums’ Galleries starting February 6th. "Baby" as the dinosaur is affectionately called, is the most complete baby ceratopsian dinosaur in the world.

Jan
17
2014

Battery almost empty
Battery almost emptyCourtesy By Cyberpower678 (Own work) [CC-BY-SA-3.0 (http://creativecommons.org/licenses/by-sa/3.0)], via Wikimedia Commons

As we become more and more reliant on portable electronics, we also become more reliant on the batteries powering them and the ability to easily, quickly charge these devices.

Scientists in Korea are working to develop wearable batteries that can be integrated into clothing textiles and will be able to power portable electronics. These textile batteries are made with Nickel-coated polyester yarn. Additionally, their prototype textile battery included flexible and lightweight solar cells on the battery pouch to enable convenient solar-charging capabilities.

To read more about this research visit:
http://www.internano.org/content/view/852/239/?utm_source=newsletter&utm...

To learn more about nanotechnology, science, and engineering, visit:
www.whatisnano.org

To see other nano stories on Science Buzz tagged #nano visit:
http://www.sciencebuzz.org/buzz_tags/nano

Jan
17
2014

Candle Flame
Candle FlameCourtesy Arivumathi via Wikimedia Commons

Scientist Wuzong Zhou, Professor of Chemistry at the University of Saint Andrews in Scotland, has found millions of diamond nano-particles in the flickering light of a simple candle.

Professor Zhou was able to extract particles from the center of a flame – and found to his surprise that a candle flame contains all four known forms of carbon, including tiny diamond particles.

Past studies have shown that hydrocarbon molecules are burned at the bottom of the flame and carbon dioxide released at the top, but it was not know that tiny diamond particles were formed in the center of the flame.

The nano particles of diamonds are burned away very quickly and converted to carbon dioxide.
Dr. Zhou believes that his research might leads towards a better understanding of diamonds which could eventually lead to cheaper, cleaner manufacturing of diamonds, especially for industrial uses.

To read more about this research visit:
http://phys.org/news/2011-08-candle-flames-millions-tiny-diamonds.html

To learn more about nanotechnology, science, and engineering, visit:
www.whatisnano.org

To see other nano stories on Science Buzz tagged #nano visit:
http://www.sciencebuzz.org/buzz_tags/nano

When I read that the Smithsonian's dinosaur hall will be shutting down for five years for remodeling, it struck me as taking an awfully long time. Then I read this story and it makes perfect sense. It takes a lot of time to clean dinosaurs.

Cosmic carbon-14 display
Cosmic carbon-14 displayCourtesy Travis S
If you've ever wondered how radiocarbon dating actually works, the science news website, EarthSky.org, provides a nice explanation of the cosmic origin of the carbon-14 isotope, and how scientists use the degradation of that isotope into carbon-12 to determine the age of organic remains. Be sure to check out some of EarthSky's provided links to learn even more.

SOURCE
EarthSky.org

The future me?: Becoming a fossil isn't as easy as it sounds.
The future me?: Becoming a fossil isn't as easy as it sounds.Courtesy Mark Ryan
My plan following my inevitable demise has long been to be cremated and have my ashes dumped into Amity Creek from the seventh stone bridge along Seven Bridges Road in Duluth, Minnesota so they eventually end up in Lake Superior some two miles downstream. But now, after watching this nifty and informative video detailing how to become a fossil, I may reconsider and just have my intact carcass dumped into the creek so it ends up at the bottom of the Great Lake and gets covered by sediment that eventually turns my bones to stone. Who knows? - some future reader of this post may be able to view my fossilized remains at some museum exhibit.

In his latest program, David Attenborough's Natural History Museum Alive, the famed broadcaster and naturalist spends an evening in the Natural History Museum in London after the crowds and gallery guards have all gone home. Through the use of some very cool CGI (and evidently broadcast in 3D), Sir David presents some of his usual great lessons in natural history by examining several extinct creatures found in the museum. The show premiered in Britain on New Year's Day but someone has made the first 11 minutes available for the rest of us. If you're like me, it will leave you wanting to see the rest, and hopefully, the full 90-minute program will be made available soon.

Jan
07
2014

Dude, what's the wind chill?: The first wind chill calculations were made in Antarctica, but not by penguins.
Dude, what's the wind chill?: The first wind chill calculations were made in Antarctica, but not by penguins.Courtesy Frank Hurley
As we're nearing the end of this polar vortex-driven, bone-chilling weather, it's a good time to review exactly what is wind chill and how the wind chill index is calculated.

Q: What is wind chill?
A:
It's the term used to describe the rate of heat loss on the human body resulting from the combined effect of low temperature and wind. As winds increase, heat is carried away from the body at a faster rate, driving down both the skin temperature and eventually the internal body temperature. Wind does not change the temperature of the air. If a thermometer is placed outside, it will read the same temperature regardless of whether it's a windy day or a calm day. It simply "feels" colder because the heat that we give off is immediately blown away.

Q: Has this always been calculated the same way?
A:
No. And it's good to keep that in mind as we've gone through some record-breaking cold temps. Old records for wind chills might not be the records we once thought they were.

Q: Why is that?
A:
In 2001, the National Weather Service implemented a new wind chill Temperature Index. The new index will usually be warmer than what you would have expected with the old index. The new wind chill temperature Index uses updated science and technology and new forms of computer modeling to provide a more accurate indication of the impact of wind on how it feels outside.

Q: Can I figure conversions between the new and old wind chill formulas?
A:
Yes you can. Click here to get to an online wind chill calculator. You'll need to know the air temperature and wind speed of the place you want to figure the wind chill for. This web link also has
charts that show the differences between the old and new calculations.

Q: How can I protect myself when there are high wind chills?
A:
Here are some good tips courtesy of the Weather Chennal
• Wear layers of loose-fitting, lightweight, warm clothing. Trapped air between the layers will insulate you. Outer garments should be tightly woven, water repellent, and hooded.
• Wear a hat, because 40 percent of your body heat can be lost from your head.
• Cover your mouth to protect your lungs from extreme cold.
• Mittens, snug at the wrist, are better than gloves.
• Try to stay dry and out of the wind.

Yes, it's really cold in Minnesota today. As I write this mid Monday afternoon, the outside temp is -14 degrees. Schools are closed, many people are working from home, there is great despair in general. Unless you are an ash tree. This cold snap might just wipe out a great share of the Emerald Ash Borer larvae. Of course, it's not good news if you're Emerald Ash Borer larvae.

Jan
03
2014

Aging in reverse gracefully: Scientists are successfully changing old lab mice into young ones.
Aging in reverse gracefully: Scientists are successfully changing old lab mice into young ones.Courtesy Andreas-photography
Bob Dylan first sang about it in the chorus of his 1964 song "My Back Pages" when he wrote ""Ah, but I was so much older then/I'm younger than that now"." He reinforced the notion ten years later when he released "Forever Young" in 1974.

It's all about staying young and not growing old - not ageism mind you - but anti-aging.

In a study appearing in a recent issue of the journal Cell, researchers have successfully reversed the aging process by turning a 2 year-old into one that resembles one that's a mere 6 months old. In human terms this would be equivalent to turning a 60 year-old back into a 20 year-old.

Dr. David Sinclair, professor of genetics at Harvard Medical School, and his team of researchers injected aging mice for a week with a compound known as nicotinamide adenine dinucleotide (NAD+), a natural chemical made from young cells. As mammalian cells age, NAD+ production drops by half causing mitochondrial dysfunction, and the processing of oxygen to fall off. Cells then become vulnerable to the various ailments that aging attracts. But in the treated older mice the cells began to take on the vitality and appearance of young mice.

Sinclair will next try administering NAD+via the drinking water used by lab mice to see how things go . If it has the same effect on the mice's cells, someone call Ponce de Leon because we could be talking about an actual Fountain of Youth!

Since NAD+ is a naturally produced compound, the concern for harmful after-effects is slight. Human trials could begin as early as next year - but it's not going to be cheap - somewhere in the neighborhood of $50,000 a day!

If I win the lottery in the next few months, I'll be first in line to become 20 years-old again, but only if I can retain my experience and any wisdom I may have acquired along the way. But if not, I guess I'll just start humming Dylan's "Knocking on Heaven's Door."

Time magazine story
Guardian story
BBC Health News