Maastricht Economic and social Research and  training centre on Innovation and Technology

 
Evidence-Based Policy Research Methods
Developing competence and specific skills to effectively perform evidence-based academic or policy-oriented research is essential for knowledge creation and decision-making, whether in business, government or civil society. The Evidence-Based Policy Research Methods (EPRM) course, offered by UNU-MERIT aims to equip participants with the fundamental tools for designing and analysing evidence-based research.
See: http://www.merit.unu.edu/eprm/



Subscribe and receive
I&T Weekly by email
 
email address

text
html


Please type the above code:
 
All headlines
  • Why modern mortar crumbles, but Roman concrete lasts millennia
  • Cleaning bots can zap bacteria out of water in minutes
  • Bee brains can help cameras to take better photos
  • Nanotechnology can turn windows into mirrors
  • Sun's gravity could power interstellar video streaming
  • Evidence for string theory could be lurking in gravitational waves
  • Tesla to build world's largest lithium ion battery in Australia
  • Press Association wins Google grant to create automated news stories
  • Sun's gravity could power interstellar video streaming
    Need to send a message across interstellar space? Use the sun for a signal boost. A new proposal suggests that the sun's gravity could be used to amplify signals from an interstellar space probe, allowing video to be streamed from as far away as Alpha Centauri. Better still, the technology to do it has already been invented.

    Though we don't have probes far out enough to take advantage of this technology yet, it may eventually come in handy for interstellar communications. Building the communications grid now makes calls to our own spacecraft a future possibility.

    To receive even a single-watt signal from a probe in Alpha Centauri, the nearest star system to our own, independent astrophysicist Michael Hippke found that an Earth-based instrument would need to be 53 kms across. In his study, Hippke proposes instead that a telescope about a metre across could relay the signal. It would just have to be placed at a point about 90bn km from the sun - a distance that would optimise an effect known as gravitational lensing to magnify the signal.

    Such a signal boost would be important for building receivers for any mission to interstellar space. Without it, we'd need to construct massive telescopes on Earth and send probes to interstellar space large enough to carry immense power sources.

    With the gravitational-lensing effect, a little power would go a long way towards transmitting data back to our solar system. The data rate would be high enough that sending pictures and video is possible, although at present it would still take four years to receive any data stream from as far away as Alpha Centauri.

    New Scientist / arxiv.org/abs/1706.05570    June 30, 2017