
In an article for Communications of the ACM, David Geer explains how the U.S. Defense Department uses cyberpsychology to get into the minds of attackers to better understand how they think and act.

This book by Experientia president Michele Visciola puts forward a new paradigm to understand and implement Sustainable Innovation (SI). Innovation without sustainability leaves out large swathes of the population or generates maladaptive or misappropriate behaviors.

In Thinking with Your Hands, esteemed cognitive psychologist Susan Goldin-Meadow argues that gesture is vital to how we think, learn, and communicate.

The online voting platform that was used by Italy's Five Star Movement to select the candidates for the 2013 parliamentary elections didn't take account of human decision heuristics and cognitive shortcuts, research shows.
Candidates were more likely to attract votes if they appeared towards the top of the screen and if they appeared more likeable from the self-uploaded picture.

Six reports on behavioural change and energy use: potential impact, obstacles, the role of policy makers, and how to best communicate to citizens.

The objective of this guide is to provide a practical, step-by-step outline on how to run a simple BI project.

To live up to its mission of understanding the representational and computational capacities of the human mind, cognitive science needs to broaden the linguistic diversity represented in its participants and researchers.

This Focus of Nature Magazine, a collaboration between Nature Human Behaviour and Nature Climate Change, features a broad range of Review and Opinion content on the role of human behaviour in adaption to climate change and mitigation of its negative consequences.

“All research is qualitative; some is also quantitative”
Harvard Social Scientist and Statistician Gary King

Best practices for addressing the bias and inequality that may result from the automated collection, analysis, and distribution of large datasets.

The definitive introduction to the behavioral insights approach, which applies evidence about human behavior to practical problems.

Many behavioral scientists propose and test interventions that attack policy problems by seeking to change individual behavior (adopting an “i-frame”) rather than the system in which they operate (an “s-frame”). Such i-frame interventions, which typically have small or null effects, reduce support from more effective systemic actions (such as regulation and taxation). For this reason, researchers advocating i-frame solutions may have unwittingly helped promote the interests of corporations who oppose systemic change.

People believe that slow and deliberative thinking is inherently superior to fast and intuitive thinking. The truth is more complicated.

The latest IPCC report on the Mitigation of Climate Change has a lot of meat in it for those engaged in human-centered design, behavioral change strategies, and behavioral sciences.

Although large-scale data are increasingly used to study human behaviour, researchers now recognize their limits for producing sound social science. Qualitative research can prevent some of these problems. Such methods can help to understand data quality, inform design and analysis decisions and guide interpretation of results.

Behavioural changes which affect the way people use energy are an important part of the toolkit for reaching net zero emissions by 2050.

Applying behavioural science to environmental challenges can help policymakers better target and redirect unsustainable behaviours. This report draws on published work to provide an overview of behaviourally informed interventions, why they should be considered by governments and how they can be devised and applied.

For the world to reach net zero, consumers everywhere will have to make fundamental changes to how they travel, heat, cool and power their homes, the food they eat and the products they buy.

This report of the Cambridge Sustainability Commission on Scaling Sustainable Behaviour Change draws on research syntheses about the potential contributions of behaviour change towards climate and sustainability goals to attain the goals of the Paris Agreement.

Provides a foundational understanding of technical and social aspects related to online privacy
Covers modern application areas as well as underexplored issues (e.g., privacy accessibility, cross-cultural privacy)
Includes a dedicated part on forward-looking approaches to privacy that move beyond one-size-fits-all solutions.