Groups want N.Y. to disaggregate data of Middle Eastern, North African individuals


Article by Luke Parsnow: “A group of organizations are pushing for New York lawmakers to pass a bill that would disaggregate data of Middle Eastern and North African (MENA) individuals, according to a letter sent Monday.

The bill (S6584-B/A6219-A) would direct every state agency, board, department and commission that collects demographic data to use separate categories to collect data for the “White” and “Middle Eastern or North African” groups.

“Our organizations have seen firsthand the impact of the systemic exclusion of Middle Eastern and North African communities from data collection,” the letter reads. “Our communities do not perceive themselves to be white and are not perceived to be white. We also experience various disparities compared to non-Hispanic whites that go unseen because of the lack of data.”

The group says those communities categorized as “White” hinders those communities in education, employment, housing, health care and political representation.

“Miscategorizing a New Yorker’s race is not only offensive, but has real-world impacts on services and resources my particular communities receive,” Senate Deputy Leader Michael Gianaris said in a statement. “It should be obvious that people from the Middle East or North Africa are not white, yet that is how our laws define them.”

Gianaris said the legislation would give many New Yorkers better representation and a more powerful voice.

“The lack of a MENA category has hindered our understanding of the needs of MENA communities and our ability to consider those needs in decision-making and resource allocation,” according to the letter…(More)”.

US Senate AI Working Group Releases Policy Roadmap


Article by Gabby Miller: “On Wednesday, May 15, 2024, a bipartisan US Senate working group led by Majority Leader Sen. Chuck Schumer (D-NY), Sen. Mike Rounds (R-SD), Sen. Martin Heinrich (D-NM), and Sen. Todd Young (R-IN) released a report titled “Driving U.S. Innovation in Artificial Intelligence: A Roadmap for Artificial Intelligence Policy in the United States Senate.” The 31-page report follows a series of off-the-record “educational briefings,” including “the first ever all-senators classified briefing focused solely on AI,” and nine “AI Insight Forums” hosted in the fall of 2023 that drew on the participation of more than 150 experts from industry, academia, and civil society.

The report makes a number of recommendations on funding priorities, the development of new legislation, and areas that require further exploration. It also encourages the executive branch to share information “in a timely fashion and on an ongoing basis” about its AI priorities and “any AI-related Memorandums of Understanding with other countries and the results from any AI-related studies in order to better inform the legislative process.”…(More)”.

Crowded Out: The True Costs of Crowdfunding Healthcare


Book by Nora Kenworthy: “Over the past decade, charitable crowdfunding has exploded in popularity across the globe. Sites such as GoFundMe, which now boasts a “global community of over 100 million” users, have transformed the ways we seek and offer help. When faced with crises—especially medical ones—Americans are turning to online platforms that promise to connect them to the charity of the crowd. What does this new phenomenon reveal about the changing ways we seek and provide healthcare? In Crowded Out, Nora Kenworthy examines how charitable crowdfunding so quickly overtook public life, where it is taking us, and who gets left behind by this new platformed economy.

Although crowdfunding has become ubiquitous in our lives, it is often misunderstood: rather than a friendly free market “powered by the kindness” of strangers, crowdfunding is powerfully reinforcing inequalities and changing the way Americans think about and access healthcare. Drawing on extensive research and rich storytelling, Crowded Out demonstrates how crowdfunding for health is fueled by—and further reinforces—financial and moral “toxicities” in market-based healthcare systems. It offers a unique and distressing look beneath the surface of some of the most popular charitable platforms and helps to foster thoughtful discussions of how we can better respond to healthcare crises both small and large…(More)”.

QuantGov


About: “QuantGov is an open-source policy analytics platform designed to help create greater understanding and analysis of the breadth of government actions through quantifying policy text. By using the platform, researchers can quickly and effectively retrieve unique data that lies embedded in large bodies of text – data on text complexity, part of speech metrics, topic modeling, etc. …

QuantGov is a tool designed to make policy text more accessible. Think about it in terms of a hyper-powerful Google search that not only finds (1) specified content within massive quantities of text, but (2) also finds patterns and groupings and can even make predictions about what is in a document. Some recent use cases include the following:

  • Analyzing state regulatory codes and predicting which parts of those codes are related to occupational licensing….And predicting which occupation the regulation is talking about….And determining the cost to receive the license.
  • Analyzing Canadian province regulatory code while grouping individual regulations by industry-topic….And determining which Ministers are responsible for those regulations….And determining the complexity of the text for those regulation.
  • Quantifying the number of tariff exclusions that exists due to the Trade Expansion Act of 1962 and recent tariff polices….And determining which products those exclusions target.
  • Comparing the regulatory codes and content of 46 US states, 11 Canadian provinces, and 7 Australian states….While using consistent metrics that can lead to insights that provide legitimate policy improvements…(More)”.

The Poisoning of the American Mind


Book by Lawrence M. Eppard: “Humans are hard-wired to look for information that they agree with (regardless of the information’s veracity), avoid information that makes them uncomfortable (even if that information is true), and interpret information in a manner that is most favorable to their sense of self. The damage these cognitive tendencies cause to one’s perception of reality depends in part upon the information that a person surrounds himself/herself with. Unfortunately, in the U.S. today, both liberals and conservatives are regularly bombarded with misleading information as well as lies from people they believe to be trustworthy and authoritative sources. While there are several factors one could plausibly blame for this predicament, the decline in the quality of the sources of information that the right and left rely on over the last few decades plays a primary role. As a result of this decline, we are faced with an epistemic crisis that is poisoning the American mind and threatening our democracy. In his forthcoming book with Jacob L. Mackey, The Poisoning of the American Mind, Lawrence M. Eppard explores epistemic problems in both the right-wing and left-wing ideological silos in the U.S., including ideology presented as fact, misinformation, disinformation, and malinformation…(More)”.

5 Ways AI Could Shake Up Democracy


Article by Shane Snider: “Tech luminary, author and Harvard Kennedy School lecturer Bruce Schneier on Tuesday offered his take on the promises and perils of artificial intelligence in key aspects of democracy.

In just two years, generative artificial intelligence (GenAI) has sparked a race to adopt (and defend against) the technology in government and the enterprise. It seems every aspect of life will soon be impacted — if not already feeling AI’s influence. A global race to place regulatory guardrails is taking shape even as companies and governments are spending billions of dollars implementing new AI technologies.

Schneier contends that five major areas of our democracy will likely see profound changes, including politics, lawmaking, administration, the legal system, and to citizens themselves.

“I don’t think it’s an exaggeration to predict that artificial intelligence will affect every aspect of our society, not necessarily by doing new things, but mostly by doing things that already or could be done by humans, are now replacing humans … There are potential changes in four dimensions: speed, scale, scope, and sophistication.”..(More)”.

Establish Data Collaboratives To Foster Meaningful Public Involvement


Article by Gwen Ottinger: “Federal agencies are striving to expand the role of the public, including members of marginalized communities, in developing regulatory policy. At the same time, agencies are considering how to mobilize data of increasing size and complexity to ensure that policies are equitable and evidence-based. However, community engagement has rarely been extended to the process of examining and interpreting data. This is a missed opportunity: community members can offer critical context to quantitative data, ground-truth data analyses, and suggest ways of looking at data that could inform policy responses to pressing problems in their lives. Realizing this opportunity requires a structure for public participation in which community members can expect both support from agency staff in accessing and understanding data and genuine openness to new perspectives on quantitative analysis. 

To deepen community involvement in developing evidence-based policy, federal agencies should form Data Collaboratives in which staff and members of the public engage in mutual learning about available datasets and their affordances for clarifying policy problems…(More)”.

Technology and the Transformation of U.S. Foreign Policy


Speech by Antony J. Blinken: “Today’s revolutions in technology are at the heart of our competition with geopolitical rivals. They pose a real test to our security. And they also represent an engine of historic possibility – for our economies, for our democracies, for our people, for our planet.

Put another way: Security, stability, prosperity – they are no longer solely analog matters.

The test before us is whether we can harness the power of this era of disruption and channel it into greater stability, greater prosperity, greater opportunity.

President Biden is determined not just to pass this “tech test,” but to ace it.

Our ability to design, to develop, to deploy technologies will determine our capacity to shape the tech future. And naturally, operating from a position of strength better positions us to set standards and advance norms around the world.

But our advantage comes not just from our domestic strength.

It comes from our solidarity with the majority of the world that shares our vision for a vibrant, open, and secure technological future, and from an unmatched network of allies and partners with whom we can work in common cause to pass the “tech test.”

We’re committed not to “digital sovereignty” but “digital solidarity.

On May 6, the State Department unveiled the U.S. International Cyberspace and Digital Strategy, which treats digital solidarity as our North Star. Solidarity informs our approach not only to digital technologies, but to all key foundational technologies.

So what I’d like to do now is share with you five ways that we’re putting this into practice.

First, we’re harnessing technology for the betterment not just of our people and our friends, but of all humanity.

The United States believes emerging and foundational technologies can and should be used to drive development and prosperity, to promote respect for human rights, to solve shared global challenges.

Some of our strategic rivals are working toward a very different goal. They’re using digital technologies and genomic data collection to surveil their people, to repress human rights.

Pretty much everywhere I go, I hear from government officials and citizens alike about their concerns about these dystopian uses of technology. And I also hear an abiding commitment to our affirmative vision and to the embrace of technology as a pathway to modernization and opportunity.

Our job is to use diplomacy to try to grow this consensus even further – to internationalize and institutionalize our vision of “tech for good.”..(More)”.

Supercharging Research: Harnessing Artificial Intelligence to Meet Global Challenges


Report by the President’s Council of Advisors on Science and Technology (PCAST): “Broadly speaking, scientific advances have historically proceeded via a combination of three paradigms: empirical studies and experimentation; scientific theory and mathematical analyses; and numerical experiments and modeling. In recent years a fourth paradigm, data-driven discovery, has emerged.

These four paradigms complement and support each other. However, all four scientific modalities experience impediments to progress. Verification of a scientific hypothesis through experimentation, careful observation, or via clinical trial can be slow and expensive. The range of candidate theories to consider can be too vast and complex for human scientists to analyze. Truly innovative new hypotheses might only be discovered by fortuitous chance, or by exceptionally insightful researchers. Numerical models can be inaccurate or require enormous amounts of computational resources. Data sets can be incomplete, biased, heterogeneous, or noisy to analyze using traditional data science methods.

AI tools have obvious applications in data-driven science, but it has also been a long-standing aspiration to use these technologies to remove, or at least reduce, many of the obstacles encountered in the other three paradigms. With the current advances in AI, this dream is on the cusp of becoming a reality: candidate solutions to scientific problems are being rapidly identified, complex simulations are being enriched, and robust new ways of analyzing data are being developed.

By combining AI with the other three research modes, the rate of scientific progress will be greatly accelerated, and researchers will be positioned to meet urgent global challenges in a timely manner. Like most technologies, AI is dual use: AI technology can facilitate both beneficial and harmful applications and can cause unintended negative consequences if deployed irresponsibly or without expert and ethical human supervision. Nevertheless, PCAST sees great potential for advances in AI to accelerate science and technology for the benefit of society and the planet. In this report, we provide a high-level vision for how AI, if used responsibly, can transform the way that science is done, expand the boundaries of human knowledge, and enable researchers to find solutions to some of society’s most pressing problems…(More)”

The Battle for Attention


Article by Nathan Heller: “…For years, we have heard a litany of reasons why our capacity to pay attention is disturbingly on the wane. Technology—the buzzing, blinking pageant on our screens and in our pockets—hounds us. Modern life, forever quicker and more scattered, drives concentration away. For just as long, concerns of this variety could be put aside. Television was described as a force against attention even in the nineteen-forties. A lot of focussed, worthwhile work has taken place since then.

But alarms of late have grown more urgent. Last year, the Organization for Economic Cooperation and Development reported a huge ten-year decline in reading, math, and science performance among fifteen-year-olds globally, a third of whom cited digital distraction as an issue. Clinical presentations of attention problems have climbed (a recent study of data from the medical-software company Epic found an over-all tripling of A.D.H.D. diagnoses between 2010 and 2022, with the steepest uptick among elementary-school-age children), and college students increasingly struggle to get through books, according to their teachers, many of whom confess to feeling the same way. Film pacing has accelerated, with the average length of a shot decreasing; in music, the mean length of top-performing pop songs declined by more than a minute between 1990 and 2020. A study conducted in 2004 by the psychologist Gloria Mark found that participants kept their attention on a single screen for an average of two and a half minutes before turning it elsewhere. These days, she writes, people can pay attention to one screen for an average of only forty-seven seconds.

“Attention as a category isn’t that salient for younger folks,” Jac Mullen, a writer and a high-school teacher in New Haven, told me recently. “It takes a lot to show that how you pay attention affects the outcome—that if you focus your attention on one thing, rather than dispersing it across many things, the one thing you think is hard will become easier—but that’s a level of instruction I often find myself giving.” It’s not the students’ fault, he thinks; multitasking and its euphemism, “time management,” have become goals across the pedagogic field. The SAT was redesigned this spring to be forty-five minutes shorter, with many reading-comprehension passages trimmed to two or three sentences. Some Ivy League professors report being counselled to switch up what they’re doing every ten minutes or so to avoid falling behind their students’ churn. What appears at first to be a crisis of attention may be a narrowing of the way we interpret its value: an emergency about where—and with what goal—we look.

“In many ways, it’s the oldest question in advertising: how to get attention,” an executive named Joanne Leong told me one afternoon, in a conference room on the thirteenth floor of the midtown office of the Dentsu agency. We were speaking about a new attention market. Slides were projected on the wall, and bits of conversation rattled like half-melted ice cubes in the corridor outside. For decades, what was going on between an advertisement and its viewers was unclear: there was no consensus about what attention was or how to quantify it. “The difference now is that there’s better tech to measure it,” Leong said…(More)”.