Tether will effectively split into two versions: a US-compliant stablecoin operating under the Genius Act rules, and a separate, less-regulated "Wild West" version operating outside the US.
“The likely scenario is there'll be two tethers, a United States one and then that complies and then there'll be the Wild West one outside the US. Is that what you've heard as well?”
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Explanation
Whether Tether formally splits into separate US-compliant and offshore versions is still an evolving, unresolved situation as of 2026.
Through 2026, the three biggest trends in crypto will be: all financial assets (equities, funds, etc.) moving on-chain for trading, rapid growth of prediction markets, and rapid growth of stablecoin payments.
“Yeah, the biggest trends are all assets are coming on chain for trading. Um prediction markets are growing like crazy and stable coin payments are growing like crazy. Those are the probably the three biggest trends in crypto right now.”
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Explanation
Tokenization of assets, prediction markets, and stablecoin payments have indeed been the standout growth trends in crypto through 2026.
New Limit's first drug candidate, based on epigenetic reprogramming technology, will enter clinical trials in 2027.
“It turned out actually within the first uh 2 or 3 years they were able to successfully demonstrate reprogramming of human cells to restore function they had when they were younger and the first drug candidate is probably going to go into clinical trials next year.”
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Explanation
This prediction concerns a 2027 clinical trial start that has not yet occurred.
Robotaxi/self-driving adoption will reach mainstream, Uber-like scale within about six years of January 2026 (by roughly 2032).
“I'm pretty optimist about it as well. I just having watched the robo taxi self-driving thing and just watching the velocity that it's getting better and having watched the Uber story up close for 12 years. I'm like yeah that's going to happen in six.”
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Explanation
This prediction concerns robotaxi adoption reaching mainstream scale by roughly 2032, a timeframe well in the future.
Nuclear power (including small modular reactors) will not be a meaningful power source for AI data centers for the next three to four years from January 2026 (i.e., through roughly 2029-2030), even though it is the right long-term direction.
“I think it's both the obviously the right thing to do and probably not the source of data centers for the next three or four years.”
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Explanation
This prediction concerns nuclear power's role in data centers through 2029-2030, a timeframe not yet elapsed.
Elon Musk's concept of placing data centers/chips in space will take roughly 8 to 10 years to become reality, not 3 to 5 years, due to unresolved technical challenges like inter-satellite communication and cooling.
“I I think it's in the 8 to 10 year category, not in the 3 to five.”
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Explanation
This prediction concerns space-based data centers on an 8-10 year timeline that has not elapsed.
The current AI-driven memory (DRAM/HBM) shortage will take about 18 months from January 2026 to resolve, with memory prices remaining elevated throughout that period (into roughly mid-2027).
“And what's happened is the signal into the the makers has exploded and it will take us about 18 months to digest. The prices will stay high.”
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Explanation
This prediction concerns the memory shortage resolving by around mid-2027, a timeframe not yet reached.
Within roughly three years of January 2026 (by around 2029), humanoid robots (e.g., Optimus) will be able to perform generalized physical tasks like bricklaying from natural-language instruction alone, using web-sourced video/manual knowledge rather than task-specific training.
“Uh, it's I don't think that's going to be as far out. I think it's like I I I take maybe take like more like the three-year kind of time frame for those kind of things.”
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Explanation
This prediction concerns humanoid robot capability by around 2029, a timeframe not yet reached.