Does observation truly collapse the wavefunction?
I used to think quantum mechanics was just abstract math for physicists, but after a tinkering with a simple double-slit setup at home, I realized the measurement problem is genuinely unsettling. When we observe a particle, does the wavefunction truly collapse, or is that just our limited description? This debate isn't merely academic—it shapes how we interpret reality and could influence future tech like quantum computing. I lean toward the idea that collapse is real, but I'm not entirely certain; what's your take on whether observation fundamentally alters the system?