> You certainly have a point. Places like google and bell labs have pushed innovation, apparently enabled by monopolies.
I've heard this argument before (and recognize that you aren't defending it), but telecommunications, network and technology innovation has hardly suffered since Bell was dismantled in 1982.
Telecommunications is still led by small groups of companies. Giant backbone providers stitch the internet together. Telecoms providers within a country, the ones that actually have hardware in the field, can often be counted on one hand, and often in one hand after a fireworks accident. 5G/6G/7G research is led by a small handful of companies that actually build the switches, transmitters, and modems. Cell tower frequencies are sold to a tiny group of carriers that sublet their network equipment to smaller companies they eventually buy up (if succesful) or disappear from the market (if not succesful).
Fiber rollout in countries where a government funded phone line rollout has already succeeded is laughably slow, taking decades and many billions with little to show for it. Even in countries where no phone lines were rolled out back in the day, fiber is more and more being skipped as 5G allows for cheaper (though less reliable and less capable) deployment.
I'm not saying monopolies are good or anything, and I think our problems would be even worse had we stuck to the monopolist systems that brought us telecoms as we know it, but I wouldn't consider the industry one where there's enough competition to drive innovation, especially since at least half of the entire sector is competing against Chinese government-controlled companies with seemingly endless coffers.
You cannot possibly know which innovations and standardizations happened past 1982 in the world in which Bell was not dismantled.
Right, but there other, real, negative impacts of monopoly, whereas the positive impact of R&D funding seems to be at best a maybe as to if it's better than the alternative.
This is debatable, I think. What I've read is that, whereas Bell Labs did foundational, groundbreaking research that radically altered the course of human history, technological innovation since then has more often followed the lines Bell Labs, and their ilk, laid down. Giving the world a faster computer or faster network is fine and nice but pales in comparison to the consequences of giving the world modern computers, Unix, and C.
Counterpoint, C and Unix still don't have serious successors 50 years on.