Category Archives: Science

Kids science projects are now life-changing ideas

Science projects are no longer just about poster boards and papier-mâché volcanoes.

With prestigious competitions like the Google Science Fair and the Intel International Science and Engineering Fair, millions of entrepreneurial students are showcasing their talents and gaining national recognition for their work. From bioplastics made from banana peels to new treatments against influenza, today’s science projects by children and teenagers have turned into life-changing ideas.

Click here to see nine recent award-winning science projects from some of the brightest and youngest minds out there.

 

Is this permissible? In Bernalillo County high schools? [Video]

Do you ever look around the place you live and get totally bummed out by all the pollution?

Well, that’s what was happening to Elif. So she said: “Oh I know, I’ll just invent a more eco-friendly way to make plastic! It’s not like I’m just a teenager who’s still in high school or anything.”

Just click  here  to see this very cool 2:29 video.

How can we support more of this kind of inventiveness and inquiry in our local high-schools?

 

How to turn a (huge) problem into a solution

How to turn a (huge) problem into a solution

A cool example of how to turn a problem into a solution – there is so much good stuff here to explore and appreciate

–  18-year old Boyan Slat spends a half a year studying  plastic pollution and how to use the power of nature to clean itself up

–  the young simply aren’t smart enough nor have sufficient experience to appreciate why certain things cannot be done or certain problems are beyond solving

–  click through the website and enjoy the crisp, clarity of its design/functionality

–  also notice how clear, crisp and understandable the problem and concept  (solution) statements are

Then, consider how some of these concepts might be turned to advantage in viewing and languaging other “problems” in New Mexico that might benefit from this kind of thinking   —  water, education achievement gaps, fracking, homelessness, family poverty, family violence, fill-in-the-blank.

Just let this website wash over you and allow your mind to ponder.

Enjoy,

Tom

 

Want to Learn to Code? There’s a Board Game for That.

Raj Sidhu had one of the most coveted design jobs in New York City — and then he left it all to play board games.

The 23-year-old’s first project, Code Monkey Island, (click here for a short video) teaches kids the logic of computer programming through the playful dynamic of monkeys competing over bananas. The game teaches you all of the logic of basic programming under the guise of the game: Instead of dice, it’s governed by cards that work in tandem to impact how many spaces (if any) you may move per turn.

Raj has taken faith in his idea and run with it. After quitting his job at Quirky, an invention company, he put his full energy into creating board games, seeking funding in the playground where ideas and amateur venture capitalists roam: Kickstarter.

After a chaotic month of donations and lack thereof, some last-minute publicity allowed Code Monkey Island to meet its stretch goal and then some.

After a chaotic month of donations and lack thereof, some last-minute publicity allowed Code Monkey Island to meet its stretch goal and then some. Raj spoke with Mashable about life after Kickstarter; funding is always an encouraging step, but many of Raj’s contemporaries have fallen prey to the pitfalls of perk fulfillment, lack of preparation and failure to find the right industry support.

Raj said that he was able to learn a great deal about board game creation and marketing almost entirely from online forums. He mapped out a game plan and struck a deal with a manufacturer, and now, he’s on track to ship out the first wave of the game later this summer to Kickstarter backers.

“This has been the most fulfilling thing I’ve ever done in my.life,” Raj says. “I couldn’t imagine not doing this again.” You can preorder his game, which is for both kids and adults, here.

10 Scientific Ideas That Scientists Wish You Would Stop Misusing

Words and distinctions matter

This delightful article describes, explains and illustrates just how important – and delightful – appreciating distinctions can be. Here are the 10 ideas discussed in the article:

  • Proof
  • Theory
  • Quantum Uncertainty and Quantum Weirdness
  • Learned versus Innate
  • Natural
  • Gene
  • Statistically Significant
  • Survival of the Fittest
  • Geologic Timescales
  • Organic

And … I have a small personal quibble with #3 – Quantum Uncertainty and Quantum Weirdness.

Ok, so it’s true that, “Just because the universe is not deterministic doesn’t mean that you are the one controlling it.” 

But, and here’s my minor quibble, Quantum Entanglement argues that I, in some way, affect that which I observe; the observer and the observed are “entangled.” There are many of “us” observing and acting all the time, throwing us into the domains of Chaos Theory and Complex Adaptive Systems, and they demonstrably have the capacity to create self-organizing, “emergent” (not seen before, novel or surprising) behaviors and systems – which in turn observe and interact with its/their surrounding environment … to infinitum.

If quantum (sub-atomic) particles (quarks, leptons, mesons, muons …) somehow created a complex adaptive system called “Tom” typing these words – and the computer I’m typing on – and the internet that transmits this blog – is pretty strong evidence to me of that emergent behavior I mentioned above.

And I find my participation with and interaction within all this very cool.

You can read the complete article here.

2000x paper microscope — $1 — 20 minutes

A new microscope can be printed on a flat piece of paper and assembled with a few extra components in less than 10 minutes. All the parts to make it cost less than a dollar, according to Stanford bioengineer Manu Prakash and colleagues, who describe their origami optics this week in a paper published on arxiv.org.

The goal, as Prakash explains in a TED talk, is to provide a cheap medical screening tool that could be widely used in the developing world. Because the microscopes can be printed by the thousands, they could also be used for education and field research.

Click here to read the article and see a video of Prakash explaining everything.

Way cool!

Your Job Taught to Machines Puts Half U.S. Work at Risk

This from recent Bloomberg News

Who needs an army of lawyers when you have a computer?

When Minneapolis attorney William Greene faced the task of combing through 1.3 million electronic documents in a recent case, he turned to a so-called smart computer program. Three associates selected relevant documents from a smaller sample, “teaching” their reasoning to the computer. The software’s algorithms then sorted the remaining material by importance.

“We were able to get the information we needed after reviewing only 2.3 percent of the documents,” said Greene, a Minneapolis-based partner at law firm Stinson Leonard Street LLP.

Full Coverage: Technology and the Economy

Artificial intelligence has arrived in the American workplace, spawning tools that replicate human judgments that were too complicated and subtle to distill into instructions for a computer. Algorithms that “learn” from past examples relieve engineers of the need to write out every command.

The advances, coupled with mobile robots wired with this intelligence, make it likely that occupations employing almost half of today’s U.S. workers, ranging from loan officers to cab drivers and real estate agents, become possible to automate in the next decade or two, according to a study done at the University of Oxford in the U.K.

“These transitions have happened before,” said Carl Benedikt Frey, co-author of the study and a research fellow at the Oxford Martin Programme on the Impacts of Future Technology. “What’s different this time is that technological change is happening even faster, and it may affect a greater variety of jobs.”

To read the full article and see the neat graphic, click here.