A first look at how educators are really using Google Glass — from by Stephen Noonoo

Excerpts (emphasis DSC):

Per Andrew Vanden Heuvel:

What Glass does offer, Vanden Heuvel said, is a shift in perspective, particularly because teachers can use it as a tool to engage students faster and more easily than before. After returning from Geneva, Vanden Heuvel launched a YouTube channel devoted to his experiments with science–and Glass–called STEMBite. To date, in more than two dozen videos, he’s guided viewers through the physics of ball spin on the tennis court to the polarization of light through (appropriately enough) a pair of glasses.

“What I’m excited by making these videos is not only that they’re filmed with Google Glass, but they’re high engagement videos, so they’re meant to be really short and to get kids to think about how math and science is all around,” he said. “I suppose I could have done that before, but it’s just so easy now.”

Per Hanna Brown:

“I’ve had videos in my classroom before–that’s not a novel thing–but I’ve never been able to take a video from my eye perspective,” said Hannah Brown, another early Glass adopter who works as a high school art teacher at Electronic Classroom of Tomorrow, an all-online statewide charter school in Ohio.

 

HannahBrown-9-11-13-Art-and-Google-Glass-thejournal

 

From DSC:
Virtual field trips, mobile learning, videoconferencing, web-based collaboration, Human Computer Interaction (HCI), and other topics come to my mind when I see this.

 

 
 

AppsForHighSchool-Apple-May2013

 

From DSC:
With thanks going out to Mr. Mike Amante (@mamante) for posting this item out on Twitter.

ScienceCafes-Feb2013

 

Also see:

  • Science cafes offer a sip of learning — from reuters.com by Barbara Liston — with thanks to Annie Murphy Paul (@anniemurphypaul) who used twitter to ask: Americans resist studying science in school, but they flock to “science cafes” on their own time. What gives?
    .
    Excerpt:
    (Reuters) – Americans may be turning away from the hard sciences at universities, but they are increasingly showing up at “science cafes” in local bars and restaurants to listen to scientific talks over a drink or a meal.

 

3d4medical.com

 

3d4medical-dot-com-apps-dec2012

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3d4medical-dot-com-images-animations-dec2012

 
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Desktop CNC Machine lets you build stuff out of more than just plastic — from GIZMODO

Excerpt:

Affordable 3D printers are all the rage, but you’re limited to only creating objects from plastic or other extrudable materials. A CNC machine, however, like this ultra-compact ShopBot Desktop, can carve objects out of any material, letting you create more than just trinkets or models.

Printing a medical revolution — from trowprice.com by Russ Banham
3D printing is shaping the future of medicine
 
Addendum on 6/18/12:
 

This Gigantor CNC Machine is Longer Than a Football Field— from gizmodo.com

 
 

 
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Pocket Brain app for iOS probes layers of the human brain in 3D

Excerpt:

After exploring the body and the heart, developer eMedia has released a Pocket Brain app for iOS devices that provides a detailed look at eight layers of the brain, including cross sections, nerve pathways, and a load of supplementary learning material. eMedia calls the app a “fully searchable interactive 3D atlas” with structures that are pinned with identifications and additional clinical and anatomical information, and users are able to add their own notes on the brain within the app.

9 new life-saving technologies for doctors — from PCMag.com by Chandra Steele
These apps for physicians cure some of the ills facing the tech-deficient medical field.

Example:
Philips Vital Signs Camera

Philips Vital Signs Camera

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Healthcare-related innovations

Tiny, implantable medical device can propel itself through bloodstream — from Stanford University by Andrew Myers
Tiny, implantable medical device can propel itself through bloodstream

Excerpt:

For fifty years, scientists had searched for the secret to making tiny implantable devices that could travel through the bloodstream. Engineers at Stanford have demonstrated a wirelessly powered device that just may make the dream a reality.

 

Tiny, implantable medical device can propel itself through bloodstream

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Controlling Protein Function With Nanotechnology — from Rensselaer Polytechnic Institute

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CIMIT — example posting:  

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Sensable sustomers showcase touch-enabled surgical, medical simulation and robotics innovations at MMVR Conference

 

Addendums on 7/24/12:

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Free software models how humans move -- from Stanford

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Interactive streaming video technology from Stanford - Summer 2011

Stanford researchers designed software that allows a viewer to zoom and pan while streaming online courses. They recently released the code to the public.

The 15 best electron microscope images of 2011 — from dvice.com by Evan Ackerman

 

 

From DSC:
God does amazing work, doesn’t He? Glory to God in the highest! I love how these images show God’s creative and detail-oriented, attributes.

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20 most impressive science fair projects of all time — from onlineuniversities.com
 

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