Skip to content
Search

Latest Stories

Follow Us:
Top Stories

AI Progress Delayed Is Progress Denied

Opinion

AI Progress Delayed Is Progress Denied
Students in a college classroom.
Getty Images, Klaus Vedfelt

Earlier this summer, I recorded an episode of the Scaling Laws podcast with MacKenzie Price, founder of Alpha Schools—schools “where kids crush academics in two hours, build life skills through workshops, and thrive beyond the classroom.” The secret is AI, but likely not the sort of AI that comes to mind.

Students at Alpha Schools work with “adaptive AI” that allows 1:1 learning at the pace necessary to master a subject, moving at the speed of the student’s learning rather than that of the entire class. By relying on AI to set that tempo, the school shaves hours off the traditional classroom model and reallocates that time to activities that allow students to more fully explore their interests, from horseback riding to documentary filmmaking.


This approach also offers far more individualized communication between Alpha’s teachers, or “guides,” and students. Price asserted that guides and students have around two dozen 1:1 meetings over the course of the year. In contrast, she flagged that teachers in traditional classrooms spend an aggregate of a few minutes with each student over the course of a year.

If all of this sounds too good to be true, Price has the evidence to make the case for her approach. She can easily list all the universities that Alpha graduates are headed off to and can quickly share how students have managed incredible knowledge gains in a short amount of time. If pressed, Price will let you know they have troves of empirical data on student success because Alpha is serious about the importance of using data to continually improve their adaptive AI system.

Alpha is available to students in Austin, Miami, and, soon, even more communities. Of course, access to such an innovative and controversial model comes at a price. It’s about $40,000 per year to attend an Alpha School. Unsurprisingly, that price point leaves a lot of families stuck with the traditional model.

Most schools operate as if it were 1975, rather than 2025. Our students are stuck in institutions built in bygone eras and trapped in pedagogical practices that aimed to train reliable factory workers rather than the interdisciplinary and thoughtful leaders we need in the age of AI.

I’m the “fun uncle” or “funcle” to several nieces and nephews. When I catch up with my friends about how these youngsters are doing, I hear about students struggling to get the attention they need to make reliable progress. For instance, my nephew Tommy (not his real name) recently struggled through a math lesson on fractions. Tommy’s teacher, managing 28 other students, had maybe 30 seconds to spend with him before moving on. Tommy fell further behind, his confusion deepening with each passing day.

Meanwhile, on a tablet in the school's unused computer lab, an AI tutor akin to the one used at Alpha sat dormant—one capable of detecting exactly where Tommy’s understanding broke down, adjusting its approach in real-time, and working with him until the concept clicked. The technology to give Tommy what wealthy families have always bought their children—personalized, patient, adaptive instruction—was right there. But school policies, procurement red tape, and institutional inertia kept it locked away.

This scene plays out millions of times daily across America, and it represents something more troubling than inefficiency. We're not just failing to help Tommy learn about improper fractions as well as we could; we're actively choosing to let him struggle when we know exactly how to help him succeed. And Tommy isn't alone. Across education, healthcare, and justice, we're systematically denying ourselves the transformative benefits of artificial intelligence by clinging to institutions designed for a world that no longer exists.

In a few years, it's likely that Tommy's school and schools just like his will get access to a generic version of Alpha's AI tool. Some will say that's soon enough—after all, we cannot expect all schools to overhaul their systems to look more like Alpha's. I say that's a load of hooey. Our charge is to give our students and all future generations the tools required to thrive today and for all foreseeable tomorrows. State education departments spend tens of thousands of dollars per year on each student. Those funds should not continue to subsidize a flawed and antiquated approach to education. As large enterprises, school districts are in a position to bargain with AI companies for discounted tools. They also have the means to train teachers and demand the adoption of new tools.

Will such a change be easy? No. But it is not optional. Progress delayed is progress denied. Each day that Tommy and others are stuck in classrooms of the past, they are missing out on new knowledge and the opportunities afforded by that knowledge.

Kevin Frazier is an AI Innovation and Law Fellow at Texas Law and Author of the Appleseed AI substack.

Read More

Judge's Gavel Hammer as a Symbol of Law and Order with Processor CPU AI Chip.

Elon Musk’s xAI company is challenging AI regulations in Colorado after losing in California, arguing that limits on artificial intelligence violate free speech. As Connecticut enforces its own AI law, this case could shape the future of AI regulation, corporate accountability, and constitutional rights in the United States.

Getty Images, Alexander Sikov

xAI Pushes Free Speech Theory Into New AI Lawsuits

Elon Musk's AI company, xAI, is on a legal road trip. After losing in California, it filed suit in Colorado asking a court to declare the state's artificial intelligence regulations unconstitutional. The argument is essentially the same one that already failed. Meet the new boss. Same as the old boss.

For Connecticut residents, this is not just the next state in the alphabet that has passed AI legislation. Connecticut was one of the first states in the nation to adopt an AI law, requiring companies to disclose when AI is being used in critical decisions like employment, housing, credit, or healthcare. That law is already drawing scrutiny from the technology industry. What xAI tried to do in California and now in Colorado is a preview of what we may face in Connecticut.

Keep ReadingShow less
Man lying in his bed, on his phone at night.

As the 2026 election approaches, doomscrolling and social media are shaping voter behavior through fear and anxiety. Learn how digital news consumption influences political decisions—and how to break the cycle for more informed voting.

Getty Images, gorodenkoff

Americans Are Doomscrolling Their Way to the Ballot Box and Only Getting Empty Promises

As the spring primary cycle ramps up, voters are deciding which candidates to elect in the November general election, but too much doomscrolling on social media is leading to uninformed — and often anxiety-based — voting. Even though online platforms and politicians may be preying on our exhaustion to further their agendas, we don’t have to fall for it this election cycle.

Doomscrolling is, unfortunately, part of daily life for many of us. It involves consuming a virtually endless amount of negative social media posts and news content, causing us to feel scared and depressed. Our brains have a hardwired negativity bias that causes us to notice potential threats and focus on them. This is exacerbated by the fact that people who closely follow or participate in politics are more likely to doomscroll.

Keep ReadingShow less
The robot arm is assembling the word AI, Artificial Intelligence. 3D illustration

AI has the potential to transform education, mental health, and accessibility—but only if society actively shapes its use. Explore how community-driven norms, better data, and open experimentation can unlock better AI.

Getty Images, sarawuth702

Build Better AI

Something I think just about all of us agree on: we want better AI. Regardless of your current perspective on AI, it's undeniable that, like any other tool, it can unleash human flourishing. There's progress to be made with AI that we should all applaud and aim to make happen as soon as possible.

There are kids in rural communities who stand to benefit from AI tutors. There are visually impaired individuals who can more easily navigate the world with AI wearables. There are folks struggling with mental health issues who lack access to therapists who are in need of guidance during trying moments. A key barrier to leveraging AI "for good" is our imagination—because in many domains, we've become accustomed to an unacceptable status quo. That's the real comparison. The alternative to AI isn't well-functioning systems that are efficiently and effectively operating for everyone.

Keep ReadingShow less
Government Cyber Security Breach

An urgent look at the risks of unregulated artificial intelligence—from job loss and environmental strain to national security threats—and the growing political battle to regulate AI in the United States.

Getty Images, Douglas Rissing

AI Has Put Humanity on the Ballot

AI may not be the only existential threat out there, but it is coming for us the fastest. When I started law school in 2022, AI could barely handle basic math, but by graduation, it could pass the bar exam. Instead of taking the bar myself, I rolled immediately into a Master of Laws in Global Business Law at Columbia, where I took classes like Regulation of the Digital Economy and Applied AI in Legal Practice. By the end of the program, managing partners were comparing using AI to working with a team of associates; the CEO of Anthropic is now warning that it will be more capable than everyone in less than two years.

AI is dangerous in ways we are just beginning to see. Data centers that power AI require vast amounts of water to keep the servers cool, but two-thirds are in places already facing high water stress, with researchers estimating that water needs could grow from 60 billion liters in 2022 to as high as 275 billion liters by 2028. By then, data centers’ share of U.S. electricity consumption could nearly triple.

Keep ReadingShow less