Education

Women In Chemistry Documentary = Awesome

I had the pleasure of attending a screening of the Women in Chemistry documentary (trailer shown above) by local NPR affiliate WHYY in Philadelphia. This amazing documentary profiles eight women that have changed the course of chemistry and science in general.  Afterwards, we were treated to a Q&A moderated by Maiken Scott  with two of the women profiled in the video - Uma Chowdry and Mary Good. I asked a question a;bout getting kids engaged that don't have a support system that pushes science.  Both Mary and Uma told me to start with the problems that students are facing, and design solutions while focusing on the math and science aspects.  This is a winning idea!

The full list of profiled women is below:

  • Nancy Chang, cofounder and former CEO of the biopharmaceutical firm Tanox;
  • Uma Chowdhry, retired senior vice president and chief science and technology officer of DuPont;
  • Mildred Cohn, first female president of the American Society for Biochemistry and Molecular Biology;
  • Mary L. Good, former president of the American Chemical Society, undersecretary for technology in the U.S. Department of Commerce under President Bill Clinton, and recipient of the Priestley Medal;
  • Kathryn Hach-Darrow, cofounder of the Hach Chemical Company and the only woman to receive CHF’s Pittcon Heritage Award;
  • Paula Hammond, David H. Koch Professor in engineering at the Massachusetts Institute of Technology;
  • Stephanie Kwolek, former research associate at DuPont and inventor of Kevlar; and
  • Kiran Mazumdar-Shaw, founder, chairman, and managing director of Biocon Limited.

The full hour-long documentary is embedded below - checked it out.

International Women's Day: Math is For All

Today is International Women's Day, and we should all celebrate the wonderful women that have made impacts in our lives. Google has an amazing doodle on its homepage to serve as a great launching point.  But y'all know that I'm all about the math and science, and making sure that everyone gets into it. 

Well, everyone except "math is tough" Barbie:​

​I ran into that video while reading about the stereotype of gender issues between men and women. I've often heard that men are better at math, and it becomes a bit of a self fufilling prophecy when I hear some of the women that I tutor repeat this myth. What boggles the mind is that some of these women repeat it even when they are damned good at math.

An interesting piece of data that comes out of the story is that we focus so much on tests, even though tests don't necessarily reflect classroom performance. We all know that women are beginning to dominate college, and I remember my advanced math and science classes in high school containing men and women. Despite that, repeatedly hearing "women can't do math or science" does have an effect, and at times can be a self fulfilling prophecy. I've tutored women that are stellar in math, yet still believe that they are not.   

Also, there's this:

Math aptitude (even measured at the levels of outstanding instead of average performance) doesn’t explain sex disparities in science careers (most of which, incidentally, only require you to be pretty good at math, as opposed to wildly genius at it). In any case, scoring high in math is only loosely related to who opts for a scientific career, especially for girls. Many high scoring girls don’t go into science, and many poor scoring boys do.

This is key - you only need to be proficient at math and problem solving to be successful in a technical career. You don't need to be AMAZING at it unless you want to be a theorist or go for the PhD.​

Let's celebrate International Women's Day by making sure that math and science reflect the diversity of the world!​

The Intersection of Science, Race & Media

A few of us got together in a Google+ hangout to talk about the intersection between science, race & media. We filmed the video below as a response to a Loop21 Twitter chat on race & media in which there was very little discussion about science.  

The group features Dr. Caleph B. Wilson, Dr. Danielle N. Lee, journalist Jamila Bey, and myself. Unofficially known as the Dark Sci, we plan on pushing the conversation forward regarding the communication of science to a broader audience.

If you can't see the video below, please click here.

The Sequester & Captain Caveman: Bad For Science

The Sequester & Captain Caveman: Bad For Science

The good old USA has decided to enact legislation that no one wanted to enact. In awesome doomsday terms, it's known as the sequester. It doesn't really make sense to me - but apparently our government couldn't decide whether to focus budget cuts on entitlement programs or revenues, so they just decided to cut everything! Unfortunately, that everything includes science and tech. 

One of my favorite quotes is from Dr. Elias Zerhouni, the former director of the National Institute of Health. He states that the sequester will set back medical science for a generation.  He answers one common defense of the sequester, which is that scientists can just go work for private industry.​

That’s ridiculous. That’s the most ridiculous, caveman statement I’ve ever heard. That’s not the way science works. Science works with bright young people who are attracted to science. David Baltimore had the Nobel prize at 35 for a discovery at 27. Today he wouldn’t even get a grant from NIH. The average age for grant recipients is 38 or 39. Research is an investment, it’s not an expense.

Research institutions will get less money, which means less research being done. Charles Bolden of NASA has outlined how the cuts will affect the U.S. space program with a loss of $51 million, which includes delaying and/or canceling several projects that will lead to the return of manned spaceflight. 

My hope is that we get our house in order and squash all of the politics and beef between the House and the Senate. Until we do, our country will continue to suffer.​

Source: Scientific American, via Slashdot

The Universe: Bigger and Deffer

One of my favorite YouTube series, Minute Physics, ​just released a fascinating video on the size of the universe.  It boils down to this: we can observe a certain amount of the universe from Earth. When we observe stuff  that's really far away, the light takes so long to travel to our eyes that by the time we see it, it's already moved far, far away.  Earth within this huge observable universe (95 billion light years) is about the same scale as a teeny tiny virus is within our solar system. We are a TINY part of the universe.

If you can't see the video below, click here.

​Also, you know what Bigger and Deffer is right? B.A.D.? As in I'm Bad? Maybe this video below will remind you - if you can't see it, click here.