According to the author, the 2020 collapse of the global economy due to Covid-19 pandemic has enabled us to think about long term trends and what the future could hold for our cities and regions, especially due to the climate agenda. Having as a starting point the current pandemic, this paper sets out the historical precedents for economic transitions after collapses that unleash new technologically based innovation waves. These are shown to be associated with different energy and infrastructure priorities and their transport and resulting urban forms.
The present study is addressing the role of AI in the public sector and providing an overview and analysis of the use and impact of AI in Public Services. The main goal of the authors is to gather information on EU Member States’ initiatives on the use of AI in public services and develop a methodology to identify risks, opportunities, drivers and barriers.
This report is published in the context of AI Watch, the European Commission knowledge service to monitor the development, uptake and impact of Artificial Intelligence (AI) for Europe, launched in December 2018.
This paper analyses the dynamics of government initiated civic crowdfunding platforms, with regards to participation inequalities and their defining dimensions. Such platforms are considered by the authors as governmental responses for bottom-up peer-to-peer support mechanisms related to urban innovation, which also allows top-down governance and governmental support systems for civic entrepreneurship.
Sharing has become a global phenomenon; business models, social innovations and technological developments enable an escalated number of uses for a given asset, resulting in reshaped urban dynamics, practices and morphologies.
This paper is exploring diverse aspects of sharing economy as part of the urban fabric, through participatory activities with citizens and stakeholders. It investigates the co-construction of society and technology with respect to the implementation of sharing-based strategies in urban practices.
The transformation of research and policy approaches to innovation for decarbonisation towards a type of social innovation, is promising to open discussions and interrelate with the present reality. This paper starts by challenging the demand-supply dichotomy. Complex systems and social practice theories represent the compelling frameworks whereby to deal with this transformation.
In recent days we have seen a series of initiatives to combat the pandemic with data, web platforms for research sharing, and models for simulation and forecasting. But how successful can these efforts be? What digital systems can strengthen and accelerate research and innovation in various fields of science and technology?
Unprecedented circumstances with Covid-19 make the need for mission-driven research to be more urgent, mobilizing research labs to discover drugs and vaccines, squeezing the usual timeline for such discoveries and bypassing standard operating rules. But what is the balance between mission rules and human ingenuity?