Steven Kotler

Kotler sees AI as an additive tool for creativity, but leaves the ultimate human–AI comparison unresolved. AI can raise lower performers toward the middle and may lift top creators much higher, though he has no data for the latter. When asked whether a thousand-times-better AI could be as creative as a human, he answers “yes, probably,” then asks whether it would work better alone or with a human.

The creative economy is already a material growth market: Kotler says it tripled over 15 years, with its “super-creative core” expanding from roughly 100 million to 300 million people. He cites about $1 trillion and 4.5% of US GDP, $3 trillion to $3.2 trillion globally, and a 13% earnings premium for workers who use creativity. Whether AI expands or devalues creative work remains an open question.

Flow is presented as a trainable human-performance stack, not an advantage machines automatically erase. Kotler cites a self-reported 500% productivity gain, a reported 700% creativity gain, and 40% to 60% increases across eight creative stages. Flow Research Collective’s 15,000 participants across 160 countries and 28 industries reportedly increased time in flow by 73.8%, often moving from once or twice weekly to twice daily.

Today’s AI excels at convergent pattern recognition—“matching like with like”—while Kotler says humans remain better at lateral thinking, or linking “unlike with unlike.” Kotler himself relays a medical study with roughly 75% accuracy for a physician, 80% for physician-plus-AI, and 95% for AI alone. He agrees that diagnosis is convergent and says it does not settle the question of divergent creative work.

Abundance could undermine its own beneficiaries if automation removes the challenge that sustains flow, meaning, and motivation. Kotler places the productive challenge-skill balance around 4% to 5% beyond current ability. Diamandis invokes the Universe 25 rat experiment, while both consider virtual worlds, “technological socialism,” and “made by humans” signals as possible responses to an overly automatic future.

Neurotechnology makes the human side of the race dynamic. Kotler says his lab identified five or six neural markers for the transition into flow; signals that seemed to require a roughly $500,000 fMRI experiment three years earlier can now be measured with portable EEG. He describes this as preceding the next wave of brain-computer interfaces.

The central AI-safety bottleneck is cooperation at scale during what Kotler expects could be a “bumpy next 20 years.” He compares AI with social media and drug legalization: technologies can be addictive or disruptive when societies are unprepared. Group flow and long-term planning may help, but the transition is the dangerous period.

The operating playbook combines mindset training, correctly timed deep work, immediate feedback, and community. Kotler recommends bed-to-desk in under five minutes, a page of writing per day, brief creative practice, nervous-system regulation, and treating flow as a four-stage cycle. His new eight-month Alliance is designed for about 100 super-creatives, with three live events, training, AI instruction, accountability, and a June launch.

Kotler says most experts he consulted believe almost all forests in the American West will burn within 10–20 years, with the serious disagreement centered on whether it takes 10 years or 20. He says fires become self-limiting below 59% woody-biomass content, yet fuel loads are “north of 60%” across the West and Tahoe alone has 248 million bone-dry tons requiring removal. His conclusion: “The American West is a powder keg.”

The capital deployed against wildfire risk bears little relation to the potential losses. Kotler cites an estimated $250 billion of damage from the Los Angeles fires; he says Cal Fire estimates prior annual losses at $70–150 billion, before difficult-to-count uninsured and health costs. Diamandis calls disaster mitigation a trillion-dollar marketplace. Yet Kotler found “literally one venture fund” focused on the sector, funded at roughly $35 million.

The highest-leverage intervention is detecting and extinguishing fire before it becomes a conflagration. Diamandis compares today’s response to treating “a stage four metastasized cancer”: his $11 million XPRIZE asks teams to monitor 1,000 square acres, distinguish decoys from a fire 3 meters (9 feet) or larger or moving, and “put it out within 10 minutes.” The field narrowed from 135 teams to 29 semifinalists, but high-speed drone testing still required regulatory permission or the competition would move outside the United States.

Suppression cannot scale without simultaneously removing and monetizing the West’s accumulated fuel. Kotler says BurnBot and TreeMech can perform in two days work that previously took crews two weeks, but America also lost 40% of its sawmills between 1985 and 2016. His investable architecture combines autonomous clearing, relocatable modular sawmills, cross-laminated timber, biochar, and new treatments that might make softwood behave like hardwood: “You want a market for woody biomass.”

Several active-control technologies have already produced meaningful field results, although Kotler argues they need competition and scale. FireWorld reportedly used track-mounted jet engines to steer fire and cut its spread by 50% in a 2022 test; Perimeter Solutions’ plant-based retardant was used by Cal Fire in 2021 to protect roughly 20,000 acres of redwoods with minimal long-term damage. The larger opportunity is a “multi-tool solution” that suppresses fire while restoring soil, aquifers, and forest health.

Insurance incentives currently favor reimbursement over prevention—and can actively penalize resilience. Kotler’s critique is that fire insurance “pays you after your house burns down,” rather than funding detection and suppression systems that stop the loss. He says roof sprinklers were the best protection indicated by the data, yet adding them could void roof and homeowner coverage; he instead buried 20,000 gallons of water and installed industrial sprinklers facing both inward and outward.

The investable loss pool extends far beyond burned property because the “disaster after the disaster” can persist for years. Wildfire PM2.5 was described as 10 times more toxic for respiratory health than ordinary PM2.5; Paradise’s post-fire drinking water reportedly contained benzene at 1,000 times the legal limit, while lead-bearing particles can travel over 100 miles and cleanup can recirculate toxins for up to two years. Mental damage compounds the exposure: the speakers cite a 23% rise in suicide rates during the three years after a disaster.