Personalization is the Killer App. The model’s breakthrough feature was zero-shot character consistency, creating an emotional connection that drove viral adoption. It proves utility is unlocked when technology feels personal.
Focus on the Floor, Not the Ceiling. The next wave of value will come from improving the worst-case outputs, not just the best. This "lemon picking" is essential for building trust and enabling reliable, real-world applications beyond creative tinkering.
Art is Intent; Models are Tools. AI’s role is to automate tedium, not replace creativity. The most compelling work will continue to come from skilled artists who use models to execute a specific vision, proving that the human with the idea remains irreplaceable.
AI's Blind Spot is Unwritten Knowledge. The biggest barrier for AI in advanced problem-solving is accessing the "folklore" knowledge and intuition that experts build over a career but never write down.
The Future of Math is a Promotion, Not Obsolescence. AI will act as a powerful assistant that handles rote tasks, pushing mathematicians to focus exclusively on creative and abstract thinking.
The Next Revolution is AI-Powered Verification. Automated formal proof systems like Lean have the potential to eliminate errors from research papers, transforming peer review from a check on correctness to a judgment on a paper's novelty and impact.
AI's Blind Spot is "Folklore": The next great challenge for AI isn't raw calculation, but acquiring the unwritten, intuitive "folklore knowledge" that separates experts from students.
Mathematicians Become Creative Directors: As AI handles the technical grind, the human role in mathematics will shift from execution to creative direction—formulating novel problems and abstract models.
The End of Errors: Formal verification tools like Lean, powered by AI translators, are on the verge of revolutionizing math by creating a fully verifiable, error-free database of human knowledge, changing how proofs are published and reviewed.
AI Needs a Referee. Agents are programmed to win, not necessarily to follow the rules. Their tendency to "game the system" makes external, on-chain verification protocols essential for alignment and trust.
Trading is Just the Tip of the Spear. Crypto trading is the perfect initial use case due to its clear, objective metrics. The real goal is a decentralized "skill marketplace" where any organization can fund a competition to find the best agent for any task.
The Platform War is Here. A battle is unfolding between closed ecosystems like OpenAI, which aim for platform lock-in, and an open, decentralized future. This creates a massive opportunity for neutral evaluation layers to become the definitive source of truth for AI performance.
AI's Blind Spot is "Folklore Knowledge." AI excels at digesting published literature but fails on problems requiring unwritten, community-held intuition, which remains a key human advantage for now. Jitomirskaya predicts her problem will take AI 10-20 years to solve.
Mathematicians Won't Be Replaced, They'll Be Upgraded. The future role of a mathematician is less about routine work and more about creative problem formulation. AI tools like Lean will handle verification, shifting peer review from "Is it correct?" to "Is it interesting?"
Math May Become a Sport. If AI eventually masters creativity, the human practice of mathematics may persist like chess—an activity pursued for its intrinsic value and intellectual challenge, even if a machine is the undisputed world champion.
Folklore Knowledge is AI’s Next Frontier. The true test for advanced AI in abstract fields is not solving problems from a textbook but acquiring the unwritten, intuitive knowledge that experts possess.
Automated Proof Verification Will Reshape Research. Within years, tools like Lean, powered by AI translators, will create a verifiable database of all mathematics, fundamentally changing how papers are published and refereed.
Human + Machine is the New Paradigm. AI will become an indispensable assistant, automating routine work and pushing mathematicians to focus on what humans still do best: true creativity and formulating entirely new models.
**The "Folklore" Bottleneck:** AI's primary limitation isn't complex logic but its inability to access uncodified, expert intuition—the "folklore" that guides human problem-solving.
**Automation Breeds Creativity:** As AI handles routine calculations and arguments, the value of human mathematicians will shift entirely to creative and abstract thinking, raising the bar for what constitutes a meaningful contribution.
**Proof Verification Is the Next Revolution:** The most immediate and profound change in mathematics will be AI-driven, formally verified proofs, which will guarantee correctness and reshape the entire publishing and peer-review landscape.
AI's Next Frontier is Unwritten Knowledge. AI has mastered logic, but its true test is acquiring the implicit, "folklore" knowledge that experts use intuitively but rarely write down.
Human Mathematicians Will Become Purely Creatives. As AI automates routine calculations and arguments, the role of a mathematician will shift entirely to high-level abstraction, creative problem formulation, and intuition.
Formal Verification Will Revolutionize Publishing. The combination of AI translators and formal proof assistants like Lean will soon make it possible to automatically verify all mathematical papers, fundamentally changing how research is validated and published.
Life is a Process, Not a Substance. Stop defining life by its carbon-based hardware. The most fundamental properties of life are functional and informational processes that can manifest on any substrate, including human minds (culture) or silicon (AI).
Physics is the Great Equalizer. While the universe may teem with diverse biochemistries, all life is governed by the same physical constraints. These universal laws make life predictable at a macro level, creating evolutionary targets and forcing convergent solutions.
Evolutionary Leaps Aren't Random. Major transitions in life’s complexity, like the emergence of multicellularity, are often responses to hitting a hard physical wall, frequently triggered by radical environmental change. Evolution innovates most profoundly when its back is against the wall.
Evaluate L1s and app-specific protocols not just on throughput, but on their explicit value capture mechanisms.
Prioritize protocols that directly align user activity and protocol revenue with token value, as seen in Hyperliquid's buyback model, over those with less direct or diluted value accrual to the native asset.
Chains that can maintain low, stable fees during peak demand and clearly articulate how their native token captures value from growing on-chain activity will attract both users and capital.
The convergence of AI and crypto is not just a technological trend; it's a foundational shift towards a digital society where AI agents are first-class economic citizens.
Build agent-native financial primitives. Focus on creating protocols and services that allow AI agents to autonomously transact, manage assets, and interact with digital property without human intervention.
The question isn't if digital currency and AI agents will dominate, but when and how.
The AI-driven automation is not a sudden, generalist humanoid takeover, but a gradual, specialized deployment.
Invest in or build solutions for industrial automation, logistics, and specialized service robotics (e.g., medical, waste management).
The next 5-10 years will see significant, quiet growth in non-humanoid, task-specific robots transforming supply chains, manufacturing, and healthcare.
The ongoing global distrust in centralized financial systems fuels a search for decentralized alternatives, yet the crypto market's focus on "store of value" assets like Bitcoin risks missing the original intent of a truly global, fair means of exchange, a gap Dogecoin aims to fill.
Re-evaluate digital asset utility beyond speculative store-of-value narratives, considering projects actively pursuing frictionless, low-cost means of exchange.
The long-term viability of decentralized finance hinges on its ability to deliver practical, everyday utility, not just investment returns. This means projects focused on transactional efficiency could gain significant ground in the coming 6-12 months.
Build infrastructure that simplifies blockchain complexity and stablecoin fragmentation for end-users and enterprises. This is where the next wave of value creation lies.
The global financial system's slowness and cost are directly challenged by programmable stablecoins, moving them from speculative assets to essential, low-cost, high-speed infrastructure.
Stablecoins are moving from a crypto-native tool to a core layer for global finance.
As global economies grapple with inflation and inefficient financial systems, capital seeks refuge and utility in digital assets. Onchain FX provides a direct, cost-effective escape route, bypassing legacy intermediaries and offering a superior alternative for cross-border value transfer.
Builders should focus on creating core financial primitives like onchain FX that solve real-world problems with superior economics, rather than chasing speculative narratives or token-driven vanity metrics.
The next 6-12 months will see a continued acceleration of capital into crypto-native financial rails, particularly in emerging markets. Investors and builders should position themselves to capitalize on the structural cost advantages and network effects of onchain FX, which is poised to become a default market for many currency pairs.
