Today's 2026 State of Innovation (Salt Lake Community College) made a provocative case: that what separates Utah from every other innovation ecosystem isn't capital or geography. It's whether the humans inside it are flourishing.
Sandy, Utah — April 30, 2026
Salt Lake Community College's Miller Campus sits quietly in Sandy, a working building for a working institution, and one that serves more than 50,000 students annually across seven campuses and stands as one of the largest entrepreneurship centers in the state. Today it filled with an unusual cross-section of Utah: venture capitalists and community college presidents, state senators and quantum researchers, a retired Epic Games executive who helped build Fortnite, and a drug developer who is personally trying to eliminate animal testing from pharmaceutical development, among many others. They had come for the 2026 State of Innovation — the annual convening organized by the Nucleus Institute to take stock of where Utah's innovation economy stands and, more importantly, where it needs to go.
By the time the closing keynote ended four hours later, the day had produced something rarer than a conference typically delivers: a coherent argument. Not just about what Utah is building, but about why it matters, and what could go wrong.
"We Are in the Matrix"
The closing keynote belonged to Dr. Arthur Brooks, Harvard Business School professor, bestselling author, and one of the more unusual figures in American public intellectual life — a behavioral scientist with a background in neuroscience who spent years running a think tank in Washington before returning to academia in 2019 and finding, to his alarm, that something had fundamentally changed.
"I came back and academia had changed," Brooks told the room. "Depression is very high. Anxiety is very high. Loneliness and addiction are very high." Before 2008, he noted, higher education had been measurably happier than the rest of the country. Students fell in love, argued about ideas, experimented with ideology. That had reversed — and reversed sharply. Fifty-five percent of his graduate students, average age 28, were seeking psychiatric treatment when he returned. "That's a problem," he said. "And for me, as a behavioral scientist, that's an opportunity."
What he found when he started investigating was a pattern. Student after student described the same shape of a day: scrolling at breakfast, Zoom calls in a bedroom doubling as an office, dating apps, YouTube, gaming. And underneath it all, a strange and consistent feeling: that life lacked meaning. That it felt fake. "A lot of young people told me life feels like I'm in a simulation," he said. "Like it's a copy of some sort of real life."
He paused. "My friends, we are in the matrix."
The comparison, he was quick to clarify, is not about machines harvesting human energy. It's about attention. The modern tech economy, particularly its entertainment architecture, is fueled by human attention — and that attention is being systematically captured in ways that are producing measurable psychological harm. The data, Brooks said, points unambiguously to 2008 as the inflection point. The year the smartphone arrived at scale. The year everything changed.
To explain why, Brooks turned to the work of Oxford neuroscientist and philosopher Iain McGilchrist and his theory of hemisphericalization — the idea that the two hemispheres of the brain are not simply right-brain-creative and left-brain-analytical, as 1970s pop psychology had it, but serve fundamentally different purposes. The right hemisphere, Brooks explained, is the "why" side — the seat of meaning, mystery, love, and the large unanswerable questions that make life worth living. The left hemisphere is the "how" side: analytical, efficient, data-driven, the part that solves complicated problems.
The distinction matters because complicated problems and complex problems are categorically different things. A complicated problem — designing software, navigating with GPS, opening a new computer — can be solved. Once you have the answer, you have it. A complex problem — a marriage, a friendship, a question of purpose — cannot be solved. It can only be lived, and it changes constantly. "A toaster is complicated," Brooks said. "The cat is complex."
The tragedy of the modern attention economy, in his telling, is that it has attempted to solve complex problems with complicated solutions — and failed predictably every time. When social media launched with the promise of eradicating loneliness by connecting people, loneliness got worse. When dating apps promised to optimize romance, the probability of someone in their 20s reporting that they are in love dropped 30% compared to previous generations. "When you take the complex need for love and connection and you try to meet it with a complicated algorithm," Brooks said, "it's not going to work. And your brain knows the difference."
What the attention economy has succeeded in doing, he argued, is something more insidious: it has eliminated boredom. And boredom, it turns out, is not a problem to be solved. It is a feature. When the mind is undistracted and has nothing to capture its attention, a set of structures in the brain called the default mode network activates. The mind wanders. It considers the future. It asks questions of meaning. It does, in neurological terms, the maintenance work of a life. "You literally need to be bored," Brooks said. "And guess what we did? We eliminated boredom."
His prescriptions were practical and research-backed, and he delivered them without the moralistic tone that usually accompanies this kind of argument. He is not a Luddite. He loves his boarding pass on his phone. What he recommends is a set of structured interventions: tech-free first and last hours of the day; phone-free zones, starting with the bedroom and extending to every classroom from kindergarten through graduate school; and periodic tech fasts of at least 96 hours. Harvard Business School, he noted, bans devices in classrooms entirely. "Pieces of paper and pencils. It's crazy. And they learn more, and they're happier."
He was pointed about AI specifically. As a massive expansion of the left hemisphere's capabilities, he said, AI is genuinely miraculous — a tool that can save time, solve complicated problems at scale, and create enormous wealth. But using it as a substitute for right-hemisphere experience — as a therapist, a romantic partner, a best friend — will make people worse, not better. "It'll pass the Turing test, kind of, at the outset. But your brain will know the difference. And you'll get depressed and anxious and lonely, because you will be undernourished in the things that actually matter most."
The path back, he argued, runs through the things that have always opened the right hemisphere: big philosophical questions, beauty in its three forms (artistic, natural, and moral), romantic love and the willingness to risk heartbreak, and some form of transcendence — whether through religious practice, meditation, service to others, or simply walking before dawn without a phone. "What used to be ordinary," he said, "is now extraordinary."
He closed with a challenge to the technologists in the room. "This, ultimately, is the success that we will all have in our lives and in our economy. The products can be developed — here, us, together — or they won't be. And that's a real human cost that none of us wants to bear."
"That's Not a Trend. That's Culture."
If Brooks provided the philosophical frame, Governor Spencer Cox provided the evidence. Speaking at midday in what became one of the more energetic sessions of the day, Cox made the case that Utah's sustained economic dominance — number one in economic outlook for 19 consecutive years, number one overall in US News & World Report's state rankings for three years running, leading the nation in GDP growth over the past decade — is not the product of tax policy or geography. It is the product of something harder to replicate and easier to destroy.
He called it the Speed of Trust.
Citing Harvard researcher Robert Putnam's definition of social capital — the networks, norms of reciprocity, and social trust that enable people to act together more effectively to pursue shared objectives — Governor Cox argued that Utah leads the nation not in monetary capital but in this harder-to-measure resource. "When companies come here, they don't just get incentives. They get partners. They get people who will pick up the phone, solve problems, and move with urgency."
The concrete illustration was permitting. When Cox became governor, the average permit took 250 days — already among the fastest in the country. It now takes 40 days. Not because any safety steps were eliminated, but because the people who used to review sequentially now review simultaneously. "Put all those same people in the room and they can do their piece at the same time, and you're done in 40 days. That's the type of innovation in policymaking that makes a difference." A new unified permitting office, passed by the legislature this year, extends that principle further — one front door for federal, state, and local permits simultaneously.
Governor Cox also addressed the Mariana Minerals Copper One mine restart in San Juan County, which he had attended just three days earlier — an event this publication covered in depth. He used it to illustrate what he called Utah's non-zero-sum philosophy. Autonomous haul trucks, drone inspection, and AI-driven operations were not replacing jobs at the mine, he said: they were making it possible to triple the workforce over the next three years, in one of the poorest counties in the state. "We don't believe in a zero-sum mindset. We do believe that technology can lift others, but we also want to do it in the right way."
One of the day's most significant announcements was the update about Convergence Hall, the new innovation campus to be built at The Point in Draper, designed by local firm FFKR in partnership with Gensler of San Francisco, targeting an opening in early 2029.
Nucleus COO Angela Smith walked the room through the building's components: a water lab focused on Utah's urgent Great Salt Lake and Colorado River challenges, an AI learning lab, an AI film lab, entrepreneurial hubs for deep tech commercialization, dorms to bring students from across the state for semester-long residencies ("study abroad, but in Draper," as Smith put it; the audience laughed), co-located government resources from the Governor's Office, the Utah System of Higher Education, the World Trade Center, and the Regulatory Sandbox, and a global work-abroad program that would send Utah startups to partner innovation campuses in Paris, Abu Dhabi, and India — and bring international companies here as a soft landing for their US market entry.
The goal, as Nucleus CEO Jefferson Moss described it, is to dissolve the parallel tracks that currently prevent Utah's three sectors from moving together. "Researchers think in terms of grants, which usually means years. Policymakers think in terms of election cycles. Entrepreneurs run like students," Moss said. "Getting those people together is really a challenge — so this is a way to physically bring them together."
Also announced: the UTAHEXCHANGE, a new platform designed to match Utah's later-stage companies with the institutional capital that has been harder to attract domestically. It is a joint initiative between the Nucleus Institute and the Utah Governor’s Office of Economic Opportunity. It serves as a centralized investment portal designed to connect Utah-based projects with global institutional and foreign capital. Developed in partnership with Enhanced Ai, the platform specifically facilitates deal flows of $10 million or more across diverse sectors, including biotech, AI, oil and gas, real estate, and agriculture. UTAHEXCHANGE serves as a vetted marketplace for both limited partner investments and direct deal opportunities, streamlining the connection between local founders and high-net-worth allocators seeking to participate in the state’s economic growth.
"Where we're struggling a little bit in the state is in that Series B, C, D ramp gap," Moss acknowledged. "So we've created an exchange focused on those later-stage businesses, where our whole job is to help match-make with capital partners we're meeting with all over the country."
Learn more about and apply to the UTAHEXCHANGE here.
Governor Cox closed his remarks with something that landed differently given everything Brooks would say three hours later: a plea not to turn Utah into Silicon Valley.
"Please don't change us into where you just came from," he said, looking at the room. "This needs to continue to be a place where families are at the forefront. Where you have a life outside of the lab or your office. Where you get to go up and enjoy nature's beauty and the soul-inspiring vistas that are here. That we are not slaves to technology; that technology should be working for us."
"AI Is Commoditizing Intelligence"
The afternoon AI panel, moderated by State Senator Kirk Cullimore and featuring Geremy Mustard of Epic Games, Zach Boyd of Utah's Office of AI Policy, and Dr. David Bearss of Halia Therapeutics, was the most technically wide-ranging conversation of the day, and in Mustard, it had some of the most compelling insights of the event.
Mustard spent 25 years at the cutting edge of video game development, culminating in Fortnite, before retiring four years ago due to health issues. He is not, as he made clear, a techno-pessimist. But he was candid in ways that a still-active executive might not be. His prediction: the large SaaS companies that make up a substantial portion of Silicon Slopes' current workforce will shrink by 90% over the next decade. "Which is very scary," he said. "That's not pro human." But he was equally direct about what comes next. "I think there's going to be thousands upon thousands of opportunities to build and create new things. The opportunity spaces can be amazing."
His most resonant contribution was an analogy drawn from photography. When digital cameras arrived in the early 2000s, professional photographers panicked. Instead, something unexpected happened: as everyone acquired a camera and began taking thousands of photos, the general public developed a more sophisticated eye. They could now tell the difference between good and great — and they were willing to pay for great. Wedding photographers thrived. "The photography industry boomed," Mustard said. "Rather than disappearing, it actually grew and became more widespread." AI, he argued, will follow the same arc. The gap between good and great will remain. Those who can perceive it and articulate it — who can direct, not just prompt — will define the era.
He called this the skill set of a director. "A director has a vision, and they're able to articulate that vision very clearly and frequently. Vision-telling, clear communication, core logical skills, and critically, the ability to tell the difference between good and great, and then articulate and critique how to get from good to great. Those are going to be the people that make all the difference in this coming era."
His framing for AI's deepest significance was blunt: "The internet commoditized knowledge. AI is commoditizing intelligence. And that's why it's more scary, because intelligence is something we've always treasured as uniquely human." What remains non-commoditizable, in his view: vision, innovation, and insight.
Bearss brought a different kind of urgency. As co-founder, CEO, and president of Halia Therapeutics, he is building AI systems to predict drug behavior in humans, and is preparing to submit a drug to the FDA that has never been tested in an animal. The current standard, he noted with evident frustration, is approximately 30% accurate at predicting human outcomes. He has told the FDA commissioner personally that he intends to be the first to show up with an alternative. "I don't think there's a huge hurdle for us to jump over. It's a pretty low bar."
More broadly, Bearss described a future in which individuals become stewards of their own health, equipped with AI tools to understand their genetic risks, their options, and their interventions, while a new ecosystem of supporting professionals grows around them. His company is currently using AI to examine why 40% of people who carry the BRCA1 and BRCA2 breast cancer susceptibility genes never develop the disease. "What's different about people that are resilient to their risk versus people that succumb to it? We've built an AI algorithm that we're turning loose on genomic data right now to ask that question. And I think it's going to change dramatically how we think about medicine."
Boyd, who left a mathematics and machine learning faculty position at BYU to run Utah's Office of AI Policy — the first such office in any U.S. jurisdiction — offered the most nuanced take on the regulatory challenge. The traditional framework, he explained, divides the world into tools and actors. A hammer manufacturer isn't liable when someone uses a hammer as a weapon. But AI is designed to be autonomous, or semi-autonomous, with an enhanced decision-making role — which breaks that framework. "We're in a challenging situation where there are harms we can see and benefits we can see, and harms and benefits we don't see. We've seen like 1% of each right now."
His office, he said, is being looked to by federal officials as a model. "We've had conversations at the federal level saying we need a relationship with a similar entity there, because there are going to be opportunities, whether it's healthcare and the FDA process, where we've got to be able to move fast."
The Longer Arc
The summit opened with Jefferson Moss reminding the room of something easy to forget: Utah's innovation story did not begin with Silicon Slopes. It began with being one of four original nodes on ARPANET. With Ivan Sutherland, considered the father of computer graphics, getting his start at the University of Utah. With Ed Catmull — U of U graduate and Pixar co-founder. With John Warnock — another U of U PhD — embedding PostScript in Adobe. With Nolan Bushnell of Utah State University creating Atari. With Alan Ashton creating WordPerfect. With William Kolff building the world's first permanent artificial heart, right here in Utah.
"We have this incredible legacy of pioneers doing amazing things," Moss said. "And I think we're actually just getting started."
That phrase — just getting started — echoed through the day in different registers. Governor Cox said it about Utah's competitive position globally. Mustard said it about AI's creative potential. Bearss said it about the transformation of medicine. Brooks, in his own way, said it about the human capacity for meaning — arguing that the current crisis is not a permanent condition but a lag, a moment in which the technology has outrun the wisdom to use it well, and that wisdom is coming.
The 2026 State of Innovation put the right people in the same room and let them think out loud together, which is, in the end, what Convergence Hall is being built to do at scale and on a permanent basis.
That, perhaps, is the most Utah thing about all of it. Not the rankings, not the permitting speed, not the unicorns per capita. The stubborn insistence that the humans in the room are the point, and that the room itself matters.
The 2026 State of Innovation was hosted by the Nucleus Institute at the Miller Free Enterprise Center at Salt Lake Community College's Miller Campus on April 30, 2026. The 2026 State of Innovation Report, documenting Utah's innovation economy with full data and analysis, is available at nucleusutah.org.
Learn more about Nucleus Institute and Convergence Hall at www.nucleusutah.org.
