Struggling in a group dynamic: Worse for women?

Science Daily posted a disheartening article, both for those of us who work in groups and for women in science.  According to their findings, working in groups diminishes people IQ, or their level of intelligence.

Functional MRI machines allowed researchers to observe neural responses while people worked in small groups, and the result was that people seem to be strongly influenced by their social interactions.

Following the small group interactions, participants were given a standard IQ test.  Both men and women were likely to show lower IQ levels, but the effect was more pronounced in women.

Overall, researchers site the need for further studies, and interestingly, start to deconstruct the idea of “IQ.” Steven Quartz, a professor of philosophy in the Social Cognitive Neuroscience Laboratory of Caltech, and paper coauthor said, “This study tells us the idea that IQ is something we can reliably measure in isolation without considering how it interacts with social context is essentially flawed.”

In other good news for (future) lady scientists, The National Girls Collaborative Project has set up a website at FabFem.org that helps match students and mentors in STEM fields.

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IceCube on air

The University of Wisconsin Madison recently debuted a new TV commercial that includes IceCube as one of the innovative and exciting projects happening on campus. The graphics are amazing. Check it out!

Posted in IceCube in the News, Neutrinos, Videos | 1 Comment

IceCube Celebrates 100 Years of Discovery – from the South Pole to the Edge of the Universe

December 14th, 2011 marks the one hundred year anniversary of Roald Amundsen’s arrival at the South Pole.  The Earth’s southernmost point is home to several scientific research experiments, including the IceCube Neutrino Observatory.

Wisconsin Institutes for Discovery

Join us next Tuesday, December 13th at the Wisconsin Institutes for Discovery as IceCube celebrates a century of discovery with interactive activities, refreshments, and special guest speakers.  Talks will be given by Scandinavian Studies Senior Lecturer Peggy Hager, IceCube Associate Researcher Mark Krasberg, and IceCube Principal Investigator Francis Halzen.  The presentations will be followed by a question and answer session.

See more event features and R.S.V.P. on our facebook page.  This is a great opportunity to learn more about the IceCube project and interact with our hard-working research team.  We can’t wait to see you there!

Posted in Celebrating 100 Years at the South Pole, Discovery, IceCube in the News, Links, Neutrinos, Photos, Physics Outreach, South Pole Life, Travel | 1 Comment

The Race to the South Pole

Amundsen—his name may not be as well known as Magellan or Columbus, but his legacy of discovery is quite noteworthy.  Roald Amundsen, a Norway native, was first to set foot on the South Pole.  He and his Norwegian crew arrived at the South Pole on December 14th, 1911.  One hundred years later, IceCube celebrates what Amundsen’s voyage means for current scientific research at the South Pole.

Amundsen’s original plan was to be the first to set foot at the North Pole.  Upon hearing news in 1909 that American explorers Frederick Cook and Robert E. Peary had already reached the top of the world, Amundsen made the decision to focus his efforts on a South Pole voyage.

Amundsen and his crew traveled to Antarctica via Fram, a ship used by another Norwegian explorer, Fridtjof Nansen, in previous Arctic and Antarctic expeditions.  Meaning “forward” in English, the ship has sailed farther north and farther south than any other wooden ship.  Amundsen and his five-man crew set sail for Antarctica on October 19th, 1911 and placed the Norwegian flag at the South Pole two months later.

Fram is preserved in The Fram Museum in Oslo, Norway.

The race was on.  At the same time Amundsen was gathering supplies, funds and crew members for his journey, British explorer Robert Falcon Scott also made plans to lead an expedition to the South Pole.  In early January of 1912, Scott arrived at the Pole and made a startling discovery—Amundsen got there first.

Scott and his defeated party began their return journey on January 19th, 1912.  Scott’s infamous journey back home quickly overshadowed Amundsen’s race triumph.  The Terra Nova 6 Expedition ended by spring of 1912 when Scott and his five comrades were defeated by severe snowstorms, hunger, exhaustion and frostbite.  The voyages and tragic deaths of the Terra Nova 6 crew have been documented in several books and movies.

Amundsen’s crew is said to have survived the voyage to and from the South Pole by using several sled dogs for transport.  The expedition members also used honed cross-country ski skills to their advantage.

There is no doubt that Amundsen’s voyage to the South Pole was an important achievement for Norway.  The arrival catalyzed several decades of scientific discovery at the South Pole.  While the harsh conditions at the pole may not be suitable for normal human habitation, the extremely cold, dry air is perfect for scientific study and observation of the Cosmic Microwave Background radiation left over by the Big Bang.

The National Science Foundation (NSF) operates three year-round stations in Antarctica.  The original Amundsen-Scott South Pole Station was established in 1957.  An updated station was dedicated in 2008.  The new Amundsen-Scott station includes an adjustable elevation design to prevent the station from being buried in snow.  The other Antarctic NSF stations include McMurdo Station on Ross Island and Palmer Station on Anvers Island.  The NSF also made it possible for IceCube to construct its neutrino observatory about 1.25 kilometers from the South Pole Station.

This year marks the one hundred year anniversary of Amundsen’s arrival at the South Pole.  Join us over the next few weeks as IceCube celebrates a century of discovery at the South Pole.  Like IceCube on Facebook and follow us on Twitter for more details about Amundsen’s journey, South Pole facts, and scientific discovery at the bottom of the Earth.

Posted in Celebrating 100 Years at the South Pole, Discovery | Tagged , , , , | 1 Comment

Twitter Science News Sources Round Up

This week, we gave our top five recommendations for science news sources via Twitter.  In case you missed the follow recommendations, here they are:

5) @APSphysics The American Physical Society.  A great resource for physics research news.  Recent post topics include: the physics of high heels and quantum baseball

4) @astroparticle Astroparticle physics newsfeed.  Astroparticle.org is an outreach website for ASPERA, a European network that coordinates and funds national research efforts in Astroparticle Physics

3) @PhysicsWorld Physicsworld.com’s twitter account.  Follow them for news, views, and information from the global physics community.

2) @ScienceNewsOrg This was a source recommended by one of our Twitter followers.  With over 230,000 followers, this Twitter feed offers news updates in various scientific fields.

1) @UWMadScience Science and research news from the University of Wisconsin.  Their tweets provide updates about research happening on campus and also give event information about upcoming science talks.  They also recently tweeted this picture:

Image source: http://twitpic.com/7e84wl

Ah, there’s nothing like fall at UW-Madison.

Don’t forget to follow us on Twitter and like our Facebook page for updates about the IceCube project and other science news.

Next week, we will be discussing a century of exploration and research at IceCube’s home, the South Pole.  This year marks the one hundredth anniversary of Roald Amundsen’s 1911 arrival at the South Pole.

Image source: southpolestation.com

Posted in Neutrinos, Particle Physics, Photos | Tagged , , , , | 2 Comments

Physical links

Is a CERN citizen-science project on the horizon? (physorg.com)

OPERA plays again, this time to test their faster-than-the-speed-of-light results (BBC)

The LHC wraps up this year’s successful proton run, counts around four hundred trillion proton-proton collisions (Interactions)

First Lady Michelle Obama and NSF Director Subra Suresh show up in support of Workplace Flexibility Policies, an initiative by the Association for Women in Science (AWIS)

Posted in Detector specs, Links, Neutrinos, Particle Physics, women in science | Leave a comment

IceCube Uppsala

Last month the IceCube Collaboration wrapped up a collaboration meeting at the Uppsala Universitet in Uppsala, Sweden. The University itself was founded in 1477, and was the first Scandinavian university. It has a rich history and modern appeal, and made for an ideal place to have a collaboration meeting.

IceCube collaboration meetings are about science and socialization. With an of over 200 researchers around the world, some face-to-face discussion is needed. There are lots of weekly calls, working groups, and wiki pages, but nothing beats getting together.

Here is a sampling of photos from the meetings, and you will see that many of them are of people. These are the faces of physics, and they are lovely, brilliant people.

And there was A LOT of this….

It just doesn’t make for as good of photos. :)

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Particle Links

Cherenkov light: Not just for physics anymore (Symmetry)

First planes at the Pole (The Antarctic Sun)

The magical neutrino (the guardian)

Computing from the end of the Earth (insideHPC)

Entertaining with IceCube (Lekue)

Posted in Links, Neutrinos, South Pole Life, Travel, women in science | 3 Comments

IceCube Research Center names first Bahcall Fellowship winners

The IceCube Research Center (IRC) at the University of Wisconsin-Madison has selected two promising astrophysicists as the first recipients of the John Bahcall Fellowship for neutrino astronomy.

Markus Ahlers and Claudio Kopper will join the Madison-based IceCube group to pursue particle astrophysics research as postdoctoral fellows. Each receives a stipend and an independent research budget.

The new postdoctoral fellowship program was created in honor of the late John Bahcall, a prominent researcher in the field of neutrino astronomy and founding member of the IceCube experiment, who was known for his innovative work on the physics of the sun.

Ahlers, who was awarded a five-year fellowship, comes to the IRC from the University of Oxford and Stony Brook University. He has been a member of the IceCube collaboration since 2007, following receipt of his Ph.D. degree from the University of Hamburg, Germany.

Ahlers’ research interests span multiple aspects of neutrino astronomy, including neutrino production associated with the acceleration and propagation of cosmic rays and gamma rays. His work to detect these faint neutrino fluxes aids understanding of high energetic phenomena in the universe, one of the main scientific goals of the IceCube Neutrino Observatory.

Kopper, of the Netherlands’ Institute for Subatomic Physics in Amsterdam, was awarded a three-year Bahcall fellowship. He received his Ph.D. degree in 2010 from the University of Erlangen, Germany, where he worked on optimizing the layout of the KM3NeT neutrino telescope planned for construction in the Mediterranean Sea.

Kopper has made major contributions to understanding the physics potential of the current design of KM3NeT. He is also currently active in the IceCube collaboration, creating simulations for a planned low-energy upgrade of IceCube.

“We had many excellent candidates for the Bahcall fellowhip,” says UW-Madison physics professor Stefan Westerhoff. “We look forward to having Markus and Claudio join the team here in Madison. With their impressive research backgrounds, they will contribute greatly to the project.”

In addition to IceCube, the fellowship recipients may become involved with other related experimental and theoretical activities in astroparticle and neutrino physics at the UW-Madison.

The IRC at UW-Madison works together with the international IceCube Collaboration to operate and maintain the IceCube Neutrino Observatory at the South Pole in Antarctica, a project supported by the National Science Foundation and other international funding agencies. Related IRC/UW-Madison Department of Physics projects include the High Altitude Water Cherenkov experiment, the Askaryan Radio Array, the Long Baseline Neutrino Experiment, Dark Matter-Ice and the Pierre Auger Observatory.

Posted in IceCube in the News, Neutrinos, Particle Physics | Leave a comment

Icebreaker Vladimir Ignatyuk Will Clear Path to Refuel NSF McMurdo Station

vladimir ignatyuk icebreaker

Antarctica is dark for about eight months out of the year. When the sun rises each November, it stays up until February. Those four months, known as the austral summer, provide an opportunity to ship people, food, and fuel to the continent.

Fuel is especially important. To keep the stations warm, allow planes to fly, and run machinery, fuel is necessary.

Fuel is sent to NSF Antarctic Research Stations via boat. Before supply boats can reach the coastal McMurdo Station, a channel has to be created through the thick ice in Antarctic waters. This work is done by an icebreaker.

For the past several years, the NSF has used the Swedish icebreaker Oden, but this year that arrangement didn’t work out. In late July a letter was issued to Antarctic research participants that with an icebreaker, science projects would be affected.

Just yesterday, NSF announced that the Russian icebreaker Vladimir Ignatyuk had been contracted for the annual resupply trip.

The original Kalvik nameplate on the Vladimir Ignatyuk.

Vladimir Ignatyuk, aka Vlad, was built in Canada in 1983 by the Burrard Yarrows Corpration in Victoria, British Columbia. It was christened the Arctic Kalvik and destined for the Beaufort Sea in the Arctic (North Pole) Sea.

In 2003 Vlad was sold to the Russian Murmansk Shipping Company. Murmansk mostly works in the Arctic, but they must be turning their big icebreaker south towards the Antarctic right now. According to the NSF press release, Murmansk has entered a multi-year contract to make the annual trip to McMurdo.

Image: Murmansk Shipping Company

Posted in South Pole Life, Travel | 1 Comment