Collective Intelligence


Editorial to the Inaugural Issue by Jessica Flack et al: “It is easy to see the potential of collective intelligence research to serve as a unifying force in the sciences. Its “nuts and bolts” methodological and conceptual questions apply across scales – how to characterize minimal and optimal algorithms for aggregating and storing information; how to derive macroscopic collective outputs from microscopic inputs; how to measure the robustness and vulnerability of collective outcomes, the design of algorithms for information aggregation; the role of diversity in forecasting and estimation; the dynamics of problem-solving in groups; team dynamics and complementary and synergistic roles; open innovation processes, and, more recently, the practical options for combining artificial and collective intelligence.

Despite this potential, the collective intelligence scholarly community is currently distributed over somewhat independent clusters of fields and research groups. We hope to bring these groups together. In this spirit, we will provide space for cross-cutting research aimed at principles of collective intelligence but also for field-specific research.

How should we understand the objectives of collective intelligence in different contexts? These can include identifying an object, making predictions, solving a problem, taking action, achieving an outcome, surviving in a dynamic environment, or a combination of these. Clarity on objectives is essential to measure or evaluate collective intelligence.

What can we learn about how collective intelligence addresses different types of problems, such as the characteristics of static, stochastic, and dynamic environments? For example, if stochastic, is the distribution of states best described as coming from a fixed distribution, as produced by a Markov Process, or as deeply uncertain? If a multi-agent system, to what extent do those entities cooperate or compete? What combinations of hierarchies and various forms of self-organization–such as markets, democracies, and communities–can align goals and coordinate actions?

What causes collective intelligence? How are the core processes needed for intelligence–such as sensing, deciding, and learning–performed in very different types of collective systems? What precisely is the relationship between diversity and collective intelligence (where the patterns are much more complex than often assumed)? Or the roles of synchrony and synergy in teams? What are some non-obvious patterns, such as how a slow learning rate among some population members maintains memory? What is the role of noise (as discussed in our first published dialogue), which, while harmful to the individual, can be potentially beneficial for the collective? When can a propensity for mistakes be helpful?

How should we understand the relationships between levels? For example, can aggregate or macroscale variables be derived from microscale interactions and mechanisms, or vice-versa?

Where does collective intelligence reside, and how is it “stored”—in individual heads, encoded in interaction networks and circuits, or embodied in the interaction of a group with its environment?

How are trade-offs handled in different contexts–speed and accuracy, focus and peripheral vision, exploration and exploitation?

These–and dozens of related questions–are relevant to many disciplines, and each may benefit from insights derived from others, particularly if we can develop common principles and concepts…(More)”.

Citizen science in environmental and ecological sciences


Paper by Dilek Fraisl et al: “Citizen science is an increasingly acknowledged approach applied in many scientific domains, and particularly within the environmental and ecological sciences, in which non-professional participants contribute to data collection to advance scientific research. We present contributory citizen science as a valuable method to scientists and practitioners within the environmental and ecological sciences, focusing on the full life cycle of citizen science practice, from design to implementation, evaluation and data management. We highlight key issues in citizen science and how to address them, such as participant engagement and retention, data quality assurance and bias correction, as well as ethical considerations regarding data sharing. We also provide a range of examples to illustrate the diversity of applications, from biodiversity research and land cover assessment to forest health monitoring and marine pollution. The aspects of reproducibility and data sharing are considered, placing citizen science within an encompassing open science perspective. Finally, we discuss its limitations and challenges and present an outlook for the application of citizen science in multiple science domains…(More)”.

Hosting an Online World Café to Develop an Understanding of Digital Health Promoting Settings from a Citizen’s Perspective—Methodological Potentials and Challenges


Paper by Joanna Albrecht: “Brown and Isaacs’ World Café is a participatory research method to make connections to the ideas of others. During the SARS-CoV-2 pandemic and the corresponding contact restrictions, only digital hostings of World Cafés were possible. This article aims to present and reflect on the potentials and challenges of hosting online World Cafés and to derive recommendations for other researchers. Via Zoom and Conceptboard, three online World Cafés were conducted in August 2021. In the World Cafés, the main focus was on the increasing digitization in settings in the context of health promotion and prevention from the perspective of setting members of educational institutions, leisure clubs, and communities. Between 9 and 13 participants participated in three World Cafés. Hosting comprises the phases of design and preparation, realisation, and evaluation. Generally, hosting an online World Café is a suitable method for participatory engagement, but particular challenges have to be overcome. Overall café hosts must create an equal participation environment by ensuring the availability of digital devices and stable internet access. The event schedule must react flexibly to technical disruptions and varying participation numbers. Further, compensatory measures such as support in the form of technical training must be implemented before the event. Finally, due to the higher complexity of digitalisation, roles of participants and staff need to be distributed and coordinated…(More)”.

Academic freedom and democracy in African countries: the first study to track the connection


Article by Liisa Laakso: “There is growing interest in the state of academic freedom worldwide. A 1997 Unesco document defines it as the right of scholars to teach, discuss, research, publish, express opinions about systems and participate in academic bodies. Academic freedom is a cornerstone of education and knowledge.

Yet there is surprisingly little empirical research on the actual impact of academic freedom. Comparable measurements have also been scarce. It was only in 2020 that a worldwide index of academic freedom was launched by the Varieties of Democracy database, V-Dem, in collaboration with the Scholars at Risk Network….

My research has been on the political science discipline in African universities and its role in political developments on the continent. As part of this project, I have investigated the impact of academic freedom in the post-Cold War democratic transitions in Africa.

study I published with the Tunisian economist Hajer Kratou showed that academic freedom has a significant positive effect on democracy, when democracy is measured by indicators such as the quality of elections and executive accountability.

However, the time factor is significant. Countries with high levels of academic freedom before and at the time of their democratic transition showed high levels of democracy even 5, 10 and 15 years later. In contrast, the political situation was more likely to deteriorate in countries where academic freedom was restricted at the time of transition. The impact of academic freedom was greatest in low-income countries….(More)”

Closing the Data Divide for a More Equitable U.S. Digital Economy


Report by Gillian Diebold: “In the United States, access to many public and private services, including those in the financial, educational, and health-care sectors, are intricately linked to data. But adequate data is not collected equitably from all Americans, creating a new challenge: the data divide, in which not everyone has enough high-quality data collected about them or their communities and therefore cannot benefit from data-driven innovation. This report provides an overview of the data divide in the United States and offers recommendations for how policymakers can address these inequalities…(More)”.

Making Government Data Publicly Available: Guidance for Agencies on Releasing Data Responsibly


Report by Hugh Grant-Chapman, and Hannah Quay-de la Vallee: “Government agencies rely on a wide range of data to effectively deliver services to the populations with which they engage. Civic-minded advocates frequently argue that the public benefits of this data can be better harnessed by making it available for public access. Recent years, however, have also seen growing recognition that the public release of government data can carry certain risks. Government agencies hoping to release data publicly should consider those potential risks in deciding which data to make publicly available and how to go about releasing it.

This guidance offers an introduction to making data publicly available while addressing privacy and ethical data use issues. It is intended for administrators at government agencies that deliver services to individuals — especially those at the state and local levels — who are interested in publicly releasing government data. This guidance focuses on challenges that may arise when releasing aggregated data derived from sensitive information, particularly individual-level data.

The report begins by highlighting key benefits and risks of making government data publicly available. Benefits include empowering members of the general public, supporting research on program efficacy, supporting the work of organizations providing adjacent services, reducing agencies’ administrative burden, and holding government agencies accountable. Potential risks include breaches of individual privacy; irresponsible uses of the data by third parties; and the possibility that the data is not used at all, resulting in wasted resources.

In light of these benefits and risks, the report presents four recommended actions for publishing government data responsibly:

  1. Establish data governance processes and roles;
  2. Engage external communities;
  3. Ensure responsible use and privacy protection; and
  4. Evaluate resource constraints.

These key considerations also take into account federal and state laws as well as emerging computational and analytical techniques for protecting privacy when releasing data, such as differential privacy techniques and synthetic data. Each of these techniques involves unique benefits and trade-offs to be considered in context of the goals of a given data release…(More)”.

Top-Down and Bottom-Up Solutions to the Problem of Political Ignorance


Chapter by Hana Samaržija and Quassim Cassam: “There is broad, though not universal, agreement that widespread voter ignorance and irrational evaluation of evidence are serious threats to democracy. But there is deep disagreement over strategies for mitigating the danger. ‘Top-down’ approaches, such as epistocracy and lodging more authority in the hands of experts, seek to mitigate ignorance by concentrating more political power in the hands of the more knowledgeable segments of the population. By contrast, ‘bottom-up’ approaches seek to either raise the political competence of the general public or empower ordinary people in ways that give them better incentives to make good decisions than conventional ballot-box voting does. Examples of bottom-up strategies include increasing voter knowledge through education, various ‘sortition’ proposals, and also shifting more decisions to institutions where citizens can ‘vote with their feet’.

This chapter surveys and critiques a range of both top-down and bottom-up strategies. I conclude that top-down strategies have systematic flaws that severely limit their potential. While they should not be categorically rejected, we should be wary of adopting them on a large scale. Bottom-up strategies have significant limitations of their own. But expanding foot voting opportunities holds more promise than any other currently available option. The idea of paying voters to increase their knowledge also deserves serious consideration…(More)”.

The Theft of the Commons


Eula Biss at The New Yorker: “…The idea that shared resources are inevitably ruined by people who exploit them is sometimes called the tragedy of the commons. This is not just an attitude that passes for common sense but an economic theory: “The Tragedy of the Commons” was the title of a 1968 essay by the ecologist Garrett Hardin. His essay has been cited so often that it has kept the word commons in use among people who know nothing about the commons. “The tragedy of the commons develops in this way,” Hardin wrote. “Picture a pasture open to all. It is to be expected that each herdsman will try to keep as many cattle as possible on the commons. Such an arrangement may work reasonably satisfactorily for centuries because tribal wars, poaching, and disease keep the numbers of both man and beast well below the carrying capacity of the land. Finally, however, comes the day of reckoning, that is, the day when the long-desired goal of social stability becomes a reality. At this point, the inherent logic of the commons remorselessly generates tragedy.”

Hardin was a white nationalist who subscribed to what is now called “replacement theory.” He believed that the United States needed to restrict nonwhite immigration, because, as he put it, “a multiethnic society is insanity.” In 1974, he published an essay titled “Lifeboat Ethics: The Case Against Helping the Poor,” in which he warned of the dangers of creating a world food bank: “The less provident and less able will multiply at the expense of the abler and more provident,” he wrote, “bringing eventual ruin upon all who share in the commons.”

Hardin was writing long after the commons had been lost to enclosure, and his commons was purely hypothetical. Actual, historical commons weren’t the free-for-all he imagined. In Laxton, villagers who held rights to Westwood Common could keep twenty sheep there, or the equivalent in cows. No one was allowed to keep more animals on the commons in summer than they could support in winter. Common rights were continuously revisited and revised in the course of centuries, as demand rose and fell. In 1662, the court fined a Laxton man “for not felling his part of thistles in the Town Moor.” As E. P. Thompson observed, “Commoners themselves were not without commonsense.”…(More)”.

Why Japan is building smart cities from scratch


Article by Tim Hornyak: “By 2050, nearly 7 out of 10 people in the world will live in cities, up from just over half in 2020. Urbanization is nothing new, but an effort is under way across many high-income countries to make their cities smarter, using data, instrumentation and more efficient resource management. In most of these nations, the vast majority of smart-city projects involve upgrades to existing infrastructure. Japan stands out for its willingness to build smart communities from scratch as it grapples with a rapidly ageing population and a shrinking workforce, meaning that there are fewer people of working age to support older people.

In 2021, the proportion of Japan’s population aged 65 and over hit 29.1%, the highest in the world. By 2036 it will be 33%. Regional cities, especially, face a long, slow economic decline.

As a resource-poor, disaster-prone country, Japan has also had to pursue energy efficiency and resilience following the 2011 Tohoku earthquake and the tsunamis it triggered. The resulting meltdowns at the Fukushima Daiichi nuclear power plant initially encouraged a shift away from nuclear power, which accounted for less than 4% of Japan’s energy use in 2020. However, there are growing calls, led by Japan’s ruling Liberal Democratic Party, for some reactors to be reopened to provide energy security and tackle rising fuel prices…(More)”.