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Yves Couder . Explains Wave/Particle Duality via Silicon Droplets [Through the Wormhole] (by draconisthe0ry)

Via the ever interesting Light Blue Touchpaper:
https://www.lightbluetouchpaper.org/2014/06/13/why-bouncing-droplets-are-a-pretty-good-model-of-quantum-mechanics-seminar/

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The idea that phones should have sensors is far from outlandish. Phones already incorporate primitive versions, including the sensor that picks up the cellular signal, light sensors that dim the keyboard and acceleration sensors that notice when the user lifts the phone to his ear. “Today, everybody can look at his phone and say how many signal bars he has,” says Eric Paulos, a researcher at Intel, the world’s largest chipmaker. “In a few years, everybody will look at his phone and see what the pollen count is.” Mr Paulos runs a project on “participatory urbanism” for Intel, which explores exactly how sensors inside mobile phones might improve society. He recently conducted a study in Ghana, where he attached tiny pollution sensors to the phones of 15 taxi drivers. Using the data—the amount of pollution at specific times of day in places where the taxis went—Mr Paulos’s team drew up a pollution map of the city which revealed surprising patterns in particular roads. Some of the taxi drivers changed their routes as a result. Carbon monoxide, ozone, pollen, sun intensity and temperature are among the things that Mr Paulos considers particularly easy to measure by tweaking mobile phones in ways that consumers would not even notice. Any such data would need to be collected in a discreet way to assure the privacy of consumers. But eventually, thinks Mr Paulos, this new twist to the everyday mobility of ordinary people could lead to “grassroots citizen science”.

Six years ago, charting the future of mobile phones A world of witnesses | The Economist

Any type of change is hard, but institutional change – with the need to overcome tradition and bureaucracy – is the most difficult. With the rate of change continuing to accelerate, the key skill set for any leader is the ability to recognize disruption, gather the data to act on it, and then effectively push for change. In the mid-1800’s, over the course of 15 years, a disabled Lieutenant changed the US Navy and the world. He did it by finding space to maneuver (as a trouble maker exiled to the Navy Depot), demonstrating value with his early publications, and creating a massive network effect by establishing the Naval Observatory as the clearing house for Navigational data. 150 years before Web 2.0, he built a valuable service around common APIs and aggregated data by distributing it freely to the people who needed it.

In 2014 the Science Museum in London will open its brand new gallery, Information Age. The gallery will bring communication technologies and their users to life, beginning 200 years ago with the arrival of the electric telegraph and coming right up to the present day. Mobile phones have radically changed the ways we communicate, especially in developing countries where we have seen a ‘leap-frogging’ of technologies such as the landline telephone. In order to tell the very important stories about the impacts of mobile telephony in developing countries we chose to present a case study to our visitors. After much deliberation we decided on an anthropological treatment of mobiles in Cameroon. Our research included a field trip to Cameroon to carry out interviews and acquire artefacts for display, working alongside an anthropologist, a filmmaker and an historian. We have also worked extensively with the Cameroonian community in London who are helping us tell their stories authentically and sensitively.

Interesting snippet about a new gallery in London’s Science Museum from the Abstracts for Mobile Telephony in the Developing World Conference. Here’s Charlotte Connelly’s blog.