Managing Technology and Talent for Learning & Innovation
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3D Printing Business Opportunities by Christopher Barnatt

3D Printing Business Opportunities by Christopher Barnatt | Managing Technology and Talent for Learning & Innovation | Scoop.it
As 3D Printing is entering the mainstream, more and more companies are keen to get involved.
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Pabellón peruano recibió reconocimiento en la Bienal de Venecia

Pabellón peruano recibió reconocimiento en la Bienal de Venecia | Managing Technology and Talent for Learning & Innovation | Scoop.it
La 15 edición de la Bienal de Arquitectura de Venecia se inaugura el 28 de mayo. Perú tiene una propuesta interesante.
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Human+Machine Futures forecast 

Human+Machine Futures forecast  | Managing Technology and Talent for Learning & Innovation | Scoop.it
The human story is one of using technology to extend our senses and our selves. We invented writing to extend our expressions over space and time. We built a global network of digital portals from which to make, share, and compare the varieties of human experience. Emerging technology is enhancing and accelerating this process and we’re now entering a new stage in the ongoing exploration of vast unknown territories of sensory experience—and human-machine symbiosis.
Carlos Fosca's insight:

Este mapa a color es el resultado de un estudio desarrollado en el 2015 por el Institute for the Future que explora de que forma las tecnologías emergentes podrán cambiar nuestras experiencias sensoriales y como estas pueden transformar nuestro mundo.

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Scientists create world’s fastest wearable circuits to revolutionise Internet of Things

Scientists create world’s fastest wearable circuits to revolutionise Internet of Things | Managing Technology and Talent for Learning & Innovation | Scoop.it
A team of US engineers has created the world’s fastest stretchable, wearable integrated circuits — a technological feat that can revolutionise the Internet of Things (IoT) and high-speed wireless world in the future.
Led by Zhenqiang “Jack” Ma from University of Wisconsin-Madison, the team developed the new stretchable integrated circuits taking inspiration from twisted-pair telephone cables. They contain, essentially, two ultra-tiny intertwining power transmission lines in repeating S-curves.
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