The impact of bioenergy research Bioenergy production (liquid biofuels for long haul transportation, for instance) and use has come to be seen as an essential component of our energy matrix and it must be expanded if we are to avoid climate change [1]. It is the only available option for fossil fuels substitution for a large sector of our economies.
Introduction As the novel coronavirus continues to spread around the world in the spring of 2020, several European governments have started to implement severe measures such as physical distancing or the closure of local commerce in order to slow down the spread of the virus. But governments have also called on science and academia to join forces to bring together expertise, knowledge and technological resources.
Together with your colleagues Ruth Mayer and Andrea Geier you initiated the petition “Nicht-Semester” (calling for a cancellation of the regular spring semester during the Corona crisis). What are the motivations behind your initiative? Our main argument is that we should see the current situation in higher education in Germany from a realistic perspective –
Juggling software, materials, and people In my third week of grad school, I found myself metaphorically elbows-deep in my human-robot interaction lab’s codebase. I was porting a robot teleportation interface from tablet to desktop. The goal: To run a psychology study exploring how young kids learned language skills with social robots. Jacqueline M. Kory-Westlund But comments were few and far between.
Introduction The way science is conducted is changing. The internet and other digital means alter the scale and pace of data-driven research and collaborative possibilities. Most modern scholarly research now relies to some extent on digital research infrastructures.
There is more than one sort of scientific research infrastructure: those that provide technology and computational capacity, and those that are supplied by the community who works with it (Baron et al., 2017). We suggest that computing research infrastructures provide an information environment that support effective research, but of themselves are insufficient to provide the insights and understanding we desire.
The infrastructures that natural sciences run on are many and varied. A mixed garden of tailormade instruments and laboratories designed to handle highly specific tasks.
In 1997, SciELO, the biggest Open Access database in Latin America got some initial funding from the São Paulo Research Foundation FAPESP. What triggered the launch of such an infrastructure and what were the main goals back then? Back then a few local scientists approached us with the idea to set up a repository for journals edited in Brazil.
The German Aerospace Center (Deutsches Zentrum für Luft- und Raumfahrt; DLR) was founded in 1969. How has the significance of DLR as a research infrastructure changed since then? DLR and its research facilities are closely involved in collaborative projects within the national and international scientific communities. DLR has more than 100 large-scale research facilities, some of which are globally unique.
When I started the physics undergraduate program in Rwanda, I wanted to pursue experimental and applied sciences that would involve using research facilities to conduct top-level scientific research for tackling real-life problems. However, there were not always enough equipment and infrastructures available.