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Why Tunisians are still out on the streets -- a decade after the 'Dignity Revolution'


Why Tunisians are still out on the streets a decade after the Dignity Revolution
By Saerom Han & Andrea Teti & Pamela Abbott - The Conversation
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MAR 1, 2021
Tunisian demonstrators gather during a protest in Tunis, Tunisia on February 06, 2021. - Source: Photo by Yassine Gaidi/Anadolu Agency via Getty Images
It has been 10 years since nation-wide protests in Tunisia led to the ousting of Tunisian President Zine El Abidine Ben Ali and his regime. Ben Ali led Tunisia for 23 years. Tunisia s “Dignity Revolution” marked the first time a long-standing Arab autocrat was removed by a mass uprising.
The protests were driven by unemployment, food inflation, corruption, lack of political freedom and poor living conditions in the country. ....

Andrea Teti , El Abidine Ben Ali , Saerom Han , Pamela Abbott , Ben Ali , Honorary Research , Centre For Global Development , World Bank , University Of Aberdeen , European Union , Senior Lecturer In International Relations , Research On Tunisia , School Of Education , European Union Seventh Framework Programme , Dignity Revolution , Arab Barometer , Middle East , Seventh Framework Programme , Honorary Research Fellow , Aberdeen And , Senior Lecturer , International Relations , Global Development , எல் பென் அலி , பமீலா அப்போட் , பென் அலி ,

TRAPPIST-1 Family of Planets: Rocky Through and Through?


TRAPPIST-1 Family of Planets: Rocky Through and Through?
Precise measurements reveal that the exoplanets have remarkably similar densities, which provides clues to their composition
Measuring the mass and diameter of a planet reveals its density, which can give scientists clues about its composition. Scientists now know the density of the seven TRAPPIST-1 planets with a higher precision than any other planets in the universe, other than those in our own solar system. Credit: NASA/JPL-Caltech.
The more precisely scientists can measure a planet’s density, the more they know about what it’s made of. The TRAPPIST-1 planetary system home to the largest batch of roughly Earth-sized planets ever found has offered astronomers a glimpse at the possible diversity among rocky worlds in the universe, including the Earth. ....

University Of Washington , United States , California Institute Of Technology , San Diego , Diego Adam Burgasser , Santa Barbara , Eric Agol , Caroline Dorn , Space Grant Consortium Summer Undergraduate Research Program , University Of Li , Kavli Institute For Theoretical Physics , Wallonia Brussels Federation , University Of Bern , Swiss National Science Foundation , Planets National Centre Of Competence , Concerted Research Actions , University Of Zurich , European Union Horizon , Astrobiology Institute , Gruber Foundation , Cadi Ayyad University Of Marrakech Morocco , Astrobiology Program , Nexss Virtual Planetary Laboratory , Belgian Fonds National De La Recherche Scientifique , European Research Council , Exoplanet Science Institute ,

Countdown for science: SpaceX sends TU Dresden satellite into space.


Credit: Copyright: Exolaunch GmbH, SpaceX
It will be used to investigate new nanomaterials under the extreme conditions of space, to test systems for converting the sun s heat into electricity and to precisely measure the residual atmosphere around the satellite. SOMP2b will begin its journey around the Earth at an altitude of 500 km - slightly higher than the ISS space station. It will orbit the Earth in a special polar, sun-synchronous orbit, always flying over the TU Dresden ground station at approximately the same time of day and sending measurement data.
SOMP2b is a follow-up satellite to SOMP2, a nanosatellite jointly developed by students, PhD candidates and scientists from TU Dresden s Faculty of Mechanical Science and Engineering. SOMP2b stands for Student On-Orbit Measurement Project Number 2b. It is 20 cm x10 cm x10 cm in size and weighs a little less than 2 kilograms. SOMP2b will orbit the Earth so fast that it will see sunrise and sunset 16 times a day. Thi ....

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