Just caught something interesting about Peter Schiff's son Spencer that flipped the entire narrative on its head. So remember when Spencer was the Bitcoin true believer while his dad was the vocal skeptic? Yeah, that's completely reversed now.

Spencer Schiff used to be all-in on BTC as an inflation hedge. Back in 2021 when Bitcoin dipped below $50K, he apparently went full bull mode. Even into 2023 he was talking about Bitcoin potentially demonetizing gold long-term. Pretty serious conviction.

But here's where it gets wild. Spencer recently came out saying Bitcoin's headed to near zero over the next few years. Not because of the reasons his father Peter Schiff argues, but because he now thinks AI is about to trigger an insane productivity boom that makes Bitcoin basically irrelevant. His exact words: productivity gains will be so massive that even with central banks printing money, prices will collapse anyway. He's talking 1000x economic output increases.

What's really telling is how he explained the disagreement with his dad. Spencer said Peter Schiff's anti-Bitcoin arguments are actually "really bad and don't even make sense." He thinks his father is "completely wrong about the economy" – but accidentally correct about Bitcoin's price heading down. That's a wild distinction. Peter Schiff still claims Bitcoin lacks intrinsic value, while Spencer believes it could be superior money, just that it won't matter because AI will solve everything.

The irony here is thick. Peter Schiff spent over a decade bashing Bitcoin investors, and now his son is predicting the same outcome, just from a completely different angle. Where Peter sees fundamental flaws, Spencer sees a technology that'll become economically irrelevant thanks to AI productivity explosions. Current BTC price sitting around $79.8K, but according to Spencer's thesis, that's heading way lower as AI reshapes the entire economic landscape.

So yeah, Peter Schiff's son flipped his entire Bitcoin thesis, but not for the reasons his father would approve of. Classic family disagreement with the same conclusion.