The many faces of galaxies : Learn to unlock the secrets of galaxy evolution

© ESO | Juan Carlos Muñoz Mateos
Images of galaxies, with their complex shapes and rich colours, are always jaw-dropping. But what do they actually tell us? In this article you will learn how to “read” these images much like an art expert does with paintings, allowing you to appreciate them at a whole new level.

Galaxies are complex systems of stars, gas and dust swirling together to the tune of gravity [1]. These three ingredients emit light at different colors or wavelengths; most of this radiation is invisible to the human eye, but it can be detected with specialized instruments. By assigning colors to these data and combining them we can produce impressive images of galaxies . This article is intended to help you understand the physics behind these images, so that you can appreciate them under a completely different new light.

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Smart Specialisation Platform

The Smart Specialisation Platform for Industrial Modernisation (S3P-Industry) supports industrial modernisation across the EU by facilitating the emergence of inter-regional partnerships focused on shared investment projects.

Under the S3P-Industry, the Technical Assistance Facility (TAF) provides the opportunity for project promoters to work with businesses, and corporate finance and legal experts from leading business advisory firms, to improve their business plans and the investment readiness of their projects.

The final conference for the TAF for Industrial Modernisation and Investment will take place on 18 November at 9am CEST.

The conference will provide stakeholders with the opportunity to learn about and exchange knowledge on the process of developing and financing interregional investment projects, based on the lessons learnt and good practices from the S3P-Industry community’s experience with TAF advisory services.

In addition to this, the conference will provide a platform for participants to explore collaboration opportunities for interregional projects and investment, both in the context of private funding instruments, and through public schemes available under the 2021-2027 EU Multiannual Financial Framework.

The conference is aimed at European stakeholders from public authorities, industry, RTOs, clusters, and/or other business entities. S3 Partnerships coordinators are strongly encouraged to attend and disseminate information about this event among their networks.

More information about the event and registrations will be available in September. Stay tuned!

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The European Molecular Biology Laboratory

© EMBL

The European Molecular Biology Laboratory (EMBL) is an intergovernmental life sciences research organization operating at six sites across five locations in Europe. As Europe’s only intergovernmental organization for life science research, EMBL believes it has a responsibility to be a leader and innovator in the way research in molecular biology is performed and assessed. Since 2019, EMBL has led a drive to modernize the way it carries out research and operates as an organization, and to codify good practices.

As part of this drive, EMBL aims to translate existing good practices in research assessment into coherent, concrete, and aspirational policies.

Having signed DORA in 2018, EMBL convened a DORA working group in late 2020 to develop policies and guidelines for research assessment of graduate students, postdoctoral fellows, and research faculty.

This includes EMBL’s practices for recruitment, performance review, and promotion. The working group is also reviewing the roles of EMBL scientists on external grant and recruitment panels. These policies are expected to be enacted across EMBL, starting in 2022.

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EGI Conference 2021: Beyond the Horizon – Shaping the Digital Future

© EGI

The date and Call for Abstracts for EGI Conference 2021 have been announced!

#EGI2021 will take place from October 19th until 21st. The conference theme is: “Beyond the Horizon: Shaping the Digital Future”

This year, we’re looking at how EGI Federation is contributing to shaping the digital future: with EOSC growing more mature, the new EU research funding programme Horizon Europe on its way, and an exciting range of advanced services and innovative computing models supporting research, a new landscape for research is being shaped.

At the same time, the challenges we face at a global level – climate change, health crises and the fight against inequality – force researchers, service providers, funders, institutions and policy makers to rise above the status quo.

At this edition of EGI Conference, the community is invited to work together in shaping the digital future with advanced computing services. Together, EGI will showcase new services and tools, investigate technical innovations, explore business opportunities and strategic and policy-related initiatives. As always, it will be a great event to present your own work and ideas, and to meet your peers and colleagues from all over the world.

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New Horizon, new ERA, new international rules for R&D: A vacation reader

This year has been anything but boring in European R&D policy.

Many people in the research and innovation bubble have left on an early summer holiday. This is perhaps because for the first time in a while, they can. In most of Europe, the vaccination campaign could have gone a lot better; but the available jabs have offered enough respite for many of us to take a break before we need to worry about the fourth wave of the pandemic.

We are just entering the second half of 2021, but a lot has happened over the past six months – and so here, we offer a quick look back at key developments.

Horizon Europe, the EU’s biggest R&D programme, was finally launched despite delays and conflicts along the way, and researchers now have (almost) all the information they need to submit pertinent funding applications.

The European Commission has launched its pact for research and innovation, the first policy action in its revamped European Research Area (ERA) – a decades-long effort to create a real single, EU-wide market for research, innovations and the people who do them. It has been joined by MEPs and research lobbies in asking member states to raise public and private R&D investments to 3% of GDP by 2030. The target is not new, but some politicians hope to be able to convince their counterparts in lagging countries to invest more.

The Commission is also rewriting the rules for international R&D cooperation. This roughly translates to: The EU wants to have its cake and eat it too. While the Commission acknowledges the merits of international R&D cooperation, it also wants limitations to be applied to countries that it thinks could use open access to EU programmes to spy on sensitive technologies for economic and military gains. This concern targets China and Russia, in particular. But relations with long-term allies, such as Israel, Switzerland and the UK, also got tangled temporarily in the EU’s worries about “technological sovereignty.”

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6th Workshop Energy for Sustainable Science at Research Infrastructures (ESSRI 2022)

SAVE THE DATE!

The ESRF (European Synchrotron Radiation Facility) is pleased to host the Sixth Workshop on Energy for Sustainable Science at Research Infrastructures on 17th and 18th March 2022 in Grenoble, France in collaboration with:

CERN (European Organisation for Nuclear Research)
ESS (European Spallation Source)
DESY (Deutsches Elektronen-Synchrotron)
PSI (Paul Scherrer Institut)

ERF (European Association of National Research Facilities)

The workshop is supported by I.FAST (Innovation Fostering in Accelerator Science and Technology). ESSRI 2022 will bring together international sustainability experts, stakeholders and representatives from research facilities and future research infrastructure projects worldwide, with the purpose of identifying the challenges, best practices and policies to develop and implement sustainable solutions at research infrastructures.

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Overview on the HERCULES Specialized Course 2021: The multi-technique approach of CERIC-ERIC as a tool for Nanoscience

© CERIC – ERIC

Event overview:

Nearly 40 researchers from 14 different countries took part in the HERCULES Specialised Course 2021, organised by CERIC on 31 May – 09 June, in the framework of the H2020 projects ACCELERATE and CALIPSOplus, and the CEI cooperation fund.

The event brought participants with different career stages (51% PhDs, 22% researchers, 19% post-Docs, 05% with master degrees and 3% were professors) from institutes/universities in: Austria, Brazil, Bulgaria, Denmark, Hungary, Italy, Slovakia, Latvia, Moldova, Poland, Romania, Russia, Serbia and Ukraine, to broaden their scientific knowledge about large-scale Research Infrastructures.

35 speakers from CERIC Partner Facilities contributed in the 8 days long on-line training which introduced participants to the different techniques offered by CERIC, through theoretical lectures and practical exercises.

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  • The event’s sessions can be watched here

 

 

 

The Swedish Guide 2021 – now published

© BIG SCIENCE SWEDEN

This year’s edition of The Swedish Guide, an extensive publication of 306 pages, features presentations of no fewer than 229 companies, with their skills and areas of expertise. The Guide also features 87 Swedish academic contributions to major research facilities around the world.

“The Swedish Guide is a good way for us to promote Sweden as a leading Big Science country,” explains Cajsa Fredlund, Communication Manager at Big Science Sweden.

“In the Guide, we show the broad range of what Swedish suppliers, institutes, and universities have to offer the cutting-edge Big Science market.”

Read more and download the Swedish guide here

 

 

 

DeepMind and EMBL release the most complete database of predicted 3D structures of human proteins

© EMBL – EBI | Karen Arnott

DeepMind today announced its partnership with the European Molecular Biology Laboratory (EMBL), Europe’s flagship laboratory for the life sciences, to make the most complete and accurate database yet of predicted protein structure models for the human proteome. This will cover all ~20,000 proteins expressed by the human genome, and the data will be freely and openly available to the scientific community.
The database and artificial intelligence system provide structural biologists with powerful new tools for examining a protein’s three-dimensional structure, and offer a treasure trove of data that could unlock future advances and herald a new era for AI-enabled biology.
AlphaFold’s recognition in December 2020 by the organisers of the Critical Assessment of protein Structure Prediction (CASP) benchmark as a solution to the 50-year-old grand challenge of protein structure prediction was a stunning breakthrough for the field. The AlphaFold Protein Structure Database builds on this innovation and the discoveries of generations of scientists, from the early pioneers of protein imaging and crystallography, to the thousands of prediction specialists and structural biologists who’ve spent years experimenting with proteins since.
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DARIAH Annual Report 2020

© DARIAH-EU | Eliza Papaki

DARIAH is pleased to present the 2020 Annual Report.

2020 was an exceptionally difficult year. For all the things that the COVID 19 pandemic took from us, it also gave  opportunities to explore new interpretations of the contribution DARIAH could make to its users.

Open Science became an enabler and support we could promote to researchers facing unprecedented challenges. DARIAH has shown agility and resilience during the crisis and we demonstrated to our funders and member countries that humanities research is open research by default and a source of inspiration for others to tackle interdisciplinary challenges.

As this Annual Report attests, even on the rocky soil of 2020, DARIAH has found ways to bloom and grow.

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