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Nanomachines Digest

Nanomachines

Nanomachines are supposed to be the holy grail of materials. After all, these smaller-than-molecule sized machines could assemble any structure by “atomic-scale "pick and place": a set of nanoscale pincers would pick individual atoms from their environment and place them where they should go.”

And when we say any structure, we mean any structure – from planes to bread to virus-zapping cells. That’s the beauty of Nanomachines and Nanotechnology.

Instead of repeating what’s out there, we’ve put together a digest on Nanomachines and how they can be used in the future:

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Domo Arigato, Mr Roboto!

…Or four things that Robots can do better

It’s Robocup week. That got us thinking about how zippy mechanoids kicking a little plastic ball could help us develop bigger and better zippy mechanoids.

robocup2

Why?

‘Cause it’s hard to deny that robots are quite possibly the future. .

As Hans Moravec said in his article: Rise of the Robots --The Future of Artificial Intelligence in 2008

“I am convinced that the decades-old dream of a useful, general-purpose autonomous robot will be realized in the not too distant future. By 2010 we will see mobile robots as big as people but with cognitive abilities similar in many respects to those of a lizard. The machines will be capable of carrying out simple chores, such as vacuuming, dusting, delivering packages and taking out the garbage.

 

“By 2040, I believe, we will finally achieve the original goal of robotics and a thematic mainstay of science fiction: a freely moving machine with the intellectual capabilities of a human being.”


It’s 2010 now, and Moravec’s simple robots with lizard-like cognition are appearing here and there. While 2040 is still a while away, we wondered what could robots do for us. So we brainstormed, thought and fought over civet cat coffee and came up with four ways that robots could be used in the future.

Do Dangerous Things

pioneerRobots could be employed to do dangerous and repetitive jobs. Most often, you’ll see robots in Manufacturing where they “cut and shape fabricated parts, assemble machinery and inspect manufactured parts. Some types of jobs robots do: load bricks, die cast, drill, fasten, forge, make glass, grind, heat treat, load/unload machines, machine parts, handle parts, measure, monitor radiation, run nuts, sort parts, clean parts, profile objects, perform quality control, rivet, sand blast, change tools and weld.”

Or they’re used to investigate hazardous and dangerous environments such as the inside of a nuclear reactor. Just strap a robot with cutters, cameras, coreborers and sensors, and you’ve got a spy tin man (like The Pioneer robot).

Live Vicariously Through Them

Asimo by Honda

Asimo is a robot created by Honda that responds to human thought. Right now, the technology only allows us to raise an arm or a leg, and you’ve to put on a helmet full of electrodes that are connected to a massive computer. It works by reading your brain’s electrical impulses and converting them into signals that the Asimo robot can understand. So think “raise hand and wave” and the robot will do so.

We’re also thinking of a certain bald action hero -- Bruce Willis, anyone?

Be Our Pets 

furbyWe’d be keeping robots as pets in the future. They don’t need cleaning up after or throw tantrums (unless their circuits are crossed), and they can do a lot of interesting things.

Like The Furby -- a Mogwai look-alike electronic pet that “starts out speaking entirely Furbish, the unique language that all Furbies use, but are programmed to speak less Furbish as they gradually start using English.” (from Wikipedia). This touched off a whole slew of robot pets that could do things that other pets couldn’t. Plus, they’re really huggable.

MIT’s Nexi Also we might begin to socially interact with human-like robots in the future.

They could train us to handle awkward social situations or just provide companionship for humans, like MIT’s Nexi – a human-like robot that speaks and uses complex hand movements and facial gestures. Of now, the greatest stumbling block is believability, a robot still looks artificial (and creepy). But the Japanese have invented a robot that looks just like a human and acts like one too. Perhaps robot playmates will be hitting the store shelves soon?

Look Cool

Gundam

‘nuff said…

What else could robots contribute? Leave it in the comments!

Take the Create2011 engineering challenge and tell us your vision of Future Mobility to win the grand prize of: A Nokia Experiential Journey in Beijing and Singapore! Check out our Facebook fanpage for exciting contests & giveaways!

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Featured Video: Human Car

The first featured video on Future Mobility is about a car powered by batteries and human power. This video happens to be the technical bits behind it. But if you go to their channel HumanCar, you’ll find videos of them rowing on a road towards the supermart.

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Why women engineers rock…

What happened on UCreateChange.com (19-25 Apr 2010)

Women are as inventive as men.

The Spelbots is a great example. The all-woman engineering team built robots to play soccer. The efforts of these girls paid off as they came in second at the RoboCup 2009 (Osaka). That achievement’s nothing to be sneezed at.

The Spelbots

In fact they’ve torn apart notions that engineering is a “guy” thing. Naturally there are differences. When guys compete to showcase their ideas, women tend to be more accepting.

According to their mentor professor Andrew Williams, “There tends to be more of a social side [to it]…Teamwork basically. There’s an emphasis on collaboration, creativity, social aspects of computer science.”

In fact the social part of engineering (or related disciplines) is important for women engineers.

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Featured Video: Introducing the Spelbots

Today’s video is about robots and rock stars. At least the robot creators are “rock stars on their campus”, and they’re all women.

They’re known as the Spelbots: a team of computer scientists and engineers who build robots to compete in Robocups (the World Cup of robot soccer).

According to their mentor, Andrew Williams, their biggest strengths lie in “teamwork, collaboration, and the social aspects of engineering”. It culminated in a trip to the RoboCup Japan Open Finals (Osaka, 2009) where they lost on penalties.

PS: Check out Mr Roboto Charles’ dance moves at the 2:16 mark.

First-ever, all female, African-American RoboCup team has global impact. Professor Andrew Williams often tries to recruit undecided majors to Spelman College's computer science and dual degree engineering departments by showing off some cute and versatile robots.

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Engineering a Superman

What happened on UCreateChange.com (5-11 Apr 2010)

If you were following last week’s postings on UCreateChange.com, then you’ll notice that it’s all about how technology changes us, humans. That got us thinking about making a superman from last week’s posts.

With all due respect to Dr Manhattan from The Watchmen, here’s we’ll make our superman.

Picture1

Sorry, I couldn’t figure out how to create an image map on this blog. So I thought I’d just splash up this image and put up the links below:

Comments welcome as usual.

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Emotive Mobility in cars (and other things)…

What happened on UCreateChange.com (29 Mar-4 Apr 2010)

At the Singapore Design Conference 2009, Chris Bangle spoke about his car designs (TED talk here). We loved his vision of the future in “emotive mobility” where people use transportation however they want to satisfy them.

A house that actually walks & saunters & bops

If you think about it, Bangle’s emotive mobility doesn’t just apply to cars.

It could easily be a wearable motorcycle that straps on like an Aliens exoskeleton or strolling houses that cater to wanderlusty and treehugger types or even a new way of living out of your car (aka Quno).

We think that Alexander Kendrick’s subterranean texting device beats them all down. The low-frequency radio lets you SMS while underground. The emotive aspect?

How about: "Save Our Souls?" aka SOS!

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Touchdown München & 600 Transformers

Create 2010 winners guest blog about their travels to BMW Welt in Munich.
This trip is generously sponsored by BMW.

Day one: Arrived in Munich; the daredevil in BMW Welt; and “robots working in symphony” to make cars.

2010_03_17 - lead

Yup. There’s graffiti in Germany too…

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Change Champion e: editor of UCreateChange.comI'm the editor of UCreateChange. And I started this blog with the intention of putting up my past weekly roundups 'cause it's a shame they're simply disappearing into people's inboxes. Anyways, if you've a question on engineering, drop me a line at creators.of.tomorrow@gmail.com!