Basic Physics in Three-Body: Can Sophons Really Lock Down Technology?

One of the most chilling settings in Three-Body Problem is the sophon locking human fundamental physics by interfering with particle accelerator experiments. Setting aside sci-fi settings, this concept actually touches on a real philosophy of science issue. In the real world, high-energy particle physics increasingly relies on large colliders. The LHC (Large Hadron Collider) has cost nearly $10 billion. If some unknown mechanism renders colliders unable to produce meaningful data, fundamental physics could indeed stagnate. Interestingly, some physicists believe 'sophon locking' already has a real-world reflection: no new physics beyond the Standard Model has emerged, SUSY-predicted particles remain undiscovered, and the nature of dark matter and dark energy remains a mystery. But on the other hand, human science doesn't only advance through colliders. Gravitational wave detection, quantum computing, and astronomical observations have all opened new cognitive dimensions. Liu Cixin amplified the assumption that 'colliders are the only path for science' to the extreme, which created the stunning impact of sophon locking. If fundamental physics really stagnated in reality, what directions should humanity explore for breakthroughs?