Let’s talk about #SciComm

Science communication is a young field with many voices and few guidelines. Let’s find a way to combine our voices in order to protect the integrity of research endeavors, says Judith Reichel.

There are plenty of reasons to become active in the field of science communication, and for many early career researchers (ECRs) still exploring research, it’s a great way to find their niche and voice their opinions.

Yet, like many of its participants, the field of science communication itself is fairly young, and is constantly evolving from its original aim — to translate scientific findings to the public, in order to raise awareness and funding for the grand scientific endeavor. When 3000 new academic papers are published every day, it‘s impossible for any single scientist to keep track of every development.

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Science communication is practiced by a range of journalists, editors, freelance writers and free-time writers, yet the aim remains the same: to communicate important findings in quick soundbites that provide enough information for scientists but are still digestible to the general public. Continue reading

Science communication: A solution to the upcoming Brexit funding gap?

Effective science communication could be key to making science part of the identity of the UK, says Naturejobs journalism competition winner Helen Robertson.

Post-Brexit furor is hard to avoid in the UK media at the moment. Endless speculation surrounds what looks to be a socioeconomic experiment on a national scale, and it goes without saying that the implications will be far-reaching across all UK industries.

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Leaving the EU has been projected to cost British science one billion rapidly-falling pounds a year

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Back to the thesis

We share Nature’s back to the thesis videos, and some of our favorite #threewordthesis tweets

Last week, Nature visited a few prominent scientists to take them back to their theses.

First up was Francis Collins, director of the NIH, with Semiclassical theory of vibrationally inelastic scattering, with application to H+ and H2 (1974). This is how it went.

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