Yesterday and Monday, a colleague and I took Rena Pacella, a reporter for
Popular Science, all over Metro Denver to tour companies in the region. I love my job - I get to see some of the most spectacular things going on in the world. Really.
MondayFirst, we met with David Hiller, the executive director for the
Colorado Renewable Energy Collaboratory, a research partnership among the
National Renewable Energy Laboratory and
Colorado State University, the
University of Colorado at Boulder and
Colorado School of Mines.
Next, we met with the most amazing professor, researcher and business owner - Claude Selitrennikoff, who's also the Vice-Chair of the Department of Cell and Developmental Biology at the
University of Colorado Health Sciences Center. He's an incredible character - he has an excellent sense of humor and explains complex biology in laymen's terms - and he got us all (well Susan, my colleague, and I) really excited about science.
Through his company,
Mycologics, he's working to find a vaccine for
Leishmania, or Baghdad Boil as it's
affectionately known - a fungus carried by sandflies in the Middle East (so lots of Iraq and Afghanistan vets are getting the disease). This same vaccine will likely work on malaria as well - fascinating science that has the potential to save millions of lives.
Apparently, diseases like Leishmania are migrating, thanks to yours truly, Global Warming, and may be coming to a desert near you soon. After meeting with Claude, we started singing, a la Flashdance, "She's a Leishmaniac, Leishmaniac on the floor...."
Next, we headed to
CH2M Hill, where we met with Thomas Searle, the president of CH2M Hill's international division. Mr. Searle told us all about his company's incredible work in Singapore, including the upcoming
Singapore Deep Tunnel Sewage System, the
Panama Canal Expansion program, and the
2012 London Olympics. (They are also working on the
Masdar Initiative in Abu Dhabi.)
Then, we met with George Douglas at the
National Renewable Energy Lab in Golden.
We wrapped up the day at the Colorado School of Mines,
Center for Space Resources and its
Eighth Continent Project. Although the School of Mines has its history in - what else? - mining engineering, it is now using this expertise for space - mining the moon, mining in conditions that are inhospitable to humans, such as under the ocean, and for mining uranium. I never thought about trying to mine on the moon, but they told us that you essentially need a miniature Bobcat that is light, requires virtually no energy, has parts that won't get clogged up by moon dust (super sharp and corrosive stuff, apparently) and can keep the mining material in one place (oops, I forgot that the stuff floats away...).
Also, the Center came up with a system for suppressing fires in space - tiny, tiny droplets (sounds easier said than done) - but apparently this application has uses on Earth, too - the National Gallery of Art in Washington, DC, is now using this system to protect its art, because the water droplets evaporate quickly after putting out fire - and so, won't ruin the paintings.
They have also come up with this thing called
Space-DRUMS, a machine that uses sonar sounds to keep a sample from touching anything and getting contimated. Many people wonder why we go to space when there are so many issues on Earth. Well, we discovered that many of the findings in space have applications here, such as - in space, cells hold chemotherapy for a longer time than on Earth, meaning the treatment is more effective in this environment. Maybe George Bush was right about one thing - getting back to the moon.
That night, we ate at the Walnut (Jeb waited on us - and Joy showed up later, too) and stayed at the
Hotel Boulderado, a historic hotel in Boulder.
More on the Tuesday events tomorrow...