Don’t Be Deceived: The Realities of AI Regulation in the US

aAt first glance, the current landscape of artificial intelligence policy indicates a strategic step back from regulation. Recently, AI leaders in the United States and beyond have echoed this sentiment. J.D. Vance describes AI policy as “Deregulation flavor.” Congress seems poised for a 10-year suspension. This is especially true regarding state AI laws. On cue, the Trump administration’s AI action plan warns against obscuring the technology “through bureaucracy at this early stage.”

However, the emphasis on deregulation is a significant misunderstanding. Although the U.S. federal government adopts a hands-off stance toward applications like chatbots and image generators, it is deeply engaged in the fundamental aspects of AI. For instance, both the Trump and Biden administrations have actively dealt with AI chips, crucial components of advanced AI systems. The Biden administration restricts access to these chips to safeguard against competitive nations such as China. The Trump administration sought a deal with countries like the UAE for AI sales.

Both administrations have significantly influenced AI systems in their respective manners. The United States is not deregulating AI; rather, it is regulating where many are not looking. Beneath the rhetoric of a free market, Washington is stepping in to shape the components of AI systems.


Embracing the comprehensive nature of the AI technology stack—analyzing the contributions of hardware, data centers, and software operating in the background of applications like ChatGPT—reveals that nations are targeting different components of AI systems. Early frameworks, such as the EU’s AI law, prioritized prominent applications, banning high-risk uses in sectors like health, employment, and law enforcement to mitigate social harm. However, nations are now focusing on the fundamental building blocks of AI. China restricts certain models to combat deepfakes and misinformation. Citing national security concerns, the U.S. has limited exports of advanced chips, and under the Biden administration, model weights—the “secret sauce” that converts user inputs into results. These AI regulations are embedded within dense administrative terminologies like “implementation of additional export controls” and “end uses of supercomputers and semiconductors,” obscuring their foundational rationale. Nevertheless, clear trends emerge behind this complex vernacular, indicating a shift from regulating AI applications to regulating their foundational elements.

The initial wave of regulations targeted applications within jurisdictions like the EU, emphasizing issues such as discrimination, surveillance, and environmental damage. Subsequently, rival nations like the United States and China adopted a national security approach, aiming to retain military dominance and thwart malicious entities from leveraging AI for obtaining nuclear weapons or disseminating disinformation. A third wave of AI regulation is emerging as countries tackle parallel social and security challenges. Our research indicates that this hybrid approach is more effective as it breaks down silos and minimizes redundancy.

Overcoming the allure of laissez-faire rhetoric necessitates a more thorough analysis. Viewed through the lens of the AI stack, U.S. AI policy resembles a redefinition of regulatory focus rather than an abdication of responsibility. This translates to a facade of leniency while maintaining a firm grip on core elements.

No global framework can be effective if the United States—the host of the world’s largest AI research institution—continues to project an image of complete deregulation. The country’s proactive stance on AI chips undermines this narrative. U.S. AI policy is anything but laissez-faire. Decisions regarding intervention reflect a strategic inclination. While politically convenient, the myth of deregulation is largely a fabrication.

The public demands enhanced transparency concerning the rationale and framework of government regulations on AI. It is difficult to rationalize the ease with which the U.S. government intervenes in chip regulation for national security while remaining muted on social implications. Awareness of all regulatory aspects—ranging from export controls to trade policies—is the first step toward fostering effective global cooperation. Without such clarity, discussions surrounding global AI governance will remain superficial.

Source: www.theguardian.com

Don’t Miss This Review: A Powerful and Heart-Wrenching Critique of Social Media’s Harsh Realities | Movies

“The internal documents disclosed to Congress by Facebook whistleblowers suggest that “Weens are herd animals,” with references to “the stories” of the addicts that highlight a strong irony and obfuscation. Snapchat seems to have shifted its focus in its efforts to expand its user base.

Drawing from the investigative work of Bloomberg journalist Olivia Carville, this film discusses the endeavors of Minnow’s legal team in seeking justice for social media victims, confronting the predatory practices of Silicon Valley. It tells the harrowing stories of families devastated by extreme online content. This includes children or teenagers who tragically replicated dangerous self-harm or suicide methods from videos, or those who lost their lives after encountering online predators. The struggle here involves challenging Section 230, a legal shield established in the Telecommunications Act of 1996. Meanwhile, Mark Zuckerberg continues to engage in harmful practices.

The Center’s founder, Matthew Bergman, has compared social media companies to tobacco firms, alleging that these companies put profit above user well-being. While the film effectively illustrates this connection and the consequent harm, it doesn’t imply that the path to accountability is straightforward. Gaining justice for individual cases and proving that tech companies deliberately design their algorithms to provoke our darker tendencies and impulses represents a significant challenge. A crucial goal is to prevent the dismissal of the Snapchat case due to Section 230. This may appear as a minor victory, but it’s a necessary first step. This narrative is a vital piece of public journalism that articulates what many of us only sense.


“Don’t Look Away” is set to shock audiences in British cinemas starting August 8th.

In the UK, youth suicide charity Papyrus offers support at 0800 068 4141 or via email at pat@papyrus-uk.org. The Samaritans can be reached at Freephone 116 123 or by emailing jo@samaritans.org or jo@samaritans.ie. In the US, you can contact the National Suicide Prevention Lifeline at 988 or chat for support. Alternatively, text 741741 to connect with a crisis counselor. In Australia, call Lifeline at 13 1114. For other international helplines, visit befrienders.org.

Source: www.theguardian.com

Quantum Superposition Challenges Us to Confront Profound Realities

Physicists observe that students often exhibit a “digging expression” when first introduced to quantum superposition, as noted by Marcelo Gleiser. Having taught quantum mechanics for several decades, he notes the consistent surprise among students as they grapple with the complexities of atomic and particle behavior.

This article is part of our special concept series, exploring how experts perceive some of the most astonishing ideas in science. Click here for additional details.

The term “clear” often adds confusion in this field. Since the inception of superposition, its true implications have been debated for centuries. What is universally acknowledged is that this concept challenges our understanding of what constitutes “reality.”

A foundational aspect to grasp is the Schrödinger equation. Formulated by Erwin Schrödinger in the 1920s, it serves as a cornerstone of quantum theory, outlining the probabilities of finding particles in specific states upon measurement. Notably, quantum mechanics focuses on predicting potential outcomes rather than clarifying the exact activities of particles pre-measurement.

The Schrödinger equation articulates all conceivable positions a particle may occupy before measurement, utilizing mathematical constructs known as wave functions. This establishes one mathematical interpretation of superposition, defined as the combination of various potential quantum states.

It is well-established that particles can indeed exist in superposition. For instance, in a double-slit experiment, a solitary photon (a light particle) is directed toward a barrier with two narrow openings. When a detector is active, the photon seems to “choose” one slit and strikes a specific point on the screen. In contrast, without the detector, an “interference pattern” is observed, indicating that the particles act like waves, traversing through both slits simultaneously and interacting with themselves.

However, the true significance of being “in a superposition” remains elusive. Generally, two perspectives exist. Some view wave functions merely as mathematical constructs rather than reflections of reality—this aligns with Gleiser’s stance at Dartmouth University, New Hampshire. He asserts, “In quantum mechanics, we argue that wave functions must constitute a part of physical reality,” asserting that equating mathematical constructs with truth has become almost cult-like.

Gleiser endorses an interpretation known as quantum Bayesianism (or QBism), which posits that the theory addresses our understanding rather than reality itself. Consequently, during quantum state measurements, what shifts is merely our information about reality, not reality itself.

Conversely, some scholars, like Simon Saunders, a philosopher from Oxford University, argue against this view, asserting that wave functions represent an authentic state of existence. He suggests that particles in superposition physically occupy multiple locations simultaneously. “It’s an extended object,” he clarifies. “It’s delocalized.” Within this framework, our experience of particle reality may deviate from actual reality. For example, electrons orbiting atoms appear as a cloud of probability until measured.

Critics of this interpretation often question the fate of alternate possibilities once measurement constrains a particle to a single location. Saunders concedes to the radical notion that this may suggest the existence of a branching infinite multiverse.

Ultimately, a resolution to this question isn’t imminent. Meanwhile, researchers have successfully extended superposition beyond individual particles to larger molecules and even 16-microgram crystals. This suggests that reality is much stranger than it appears.

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Source: www.newscientist.com