What can you realistically steal that isn’t worth peanuts to them? You could take a car or some jewelry or maybe destroy a building, but their massive hoards are mostly in these intangible things called shares. It only exists on record and it only has value to those who are similarly greedy.
Their life, on the other hand… 🤔
The UN sponsored report uses a pretty liberal definition of slavery to include things like wage theft (which forces workers to stay at a job until they’re fully compensated), sex trafficking, and domestic servitude where the servant’s documents are confiscated so that they can’t flee.
However, there’s still a hell of a lot whips and chains slavery in Africa and South East Asia. Those slaves serve the excavation and manufacturing industries.
I think one of the main problems with Smith’s conception of capitalism is that he didn’t account for how huge and pervasive and intrusive advertising would become. He naively assumed that the best product would dominate the market when actually people will buy whatever is thrust in front of the their eyes a thousand times a day.
And of course corporate lobbying wasn’t such an issue in his time.
We need a few more heroes and a lot more peas to solve some of these other problems:
Horizontal Gene Transfer upsets the conceptual “tree of life”, i.e. if genetics are not exclusively hereditary then it is impossible to determine a last universal common ancestor (LUCA).
Lack of a viable mechanism for producing the complex and specific information required to render the genetic code functional.
Failure of the fossil record to find support for Darwinian evolution (punctuated equilibrium, Cambrian explosion, etc).
Rampant examples of convergent evolution indicate extreme improbability.
Abiogenesis.
Biogeographical distribution irregularities.
Inaccurate predictions regarding so-called “junk DNA”, vestigial organs and endogenous retroviruses (ERV).
Epigenetics cannot be reduced to a mechanism, certainly not natural selection.
“Phenotypic Plasticity” - the correlation between genotypes and phenotypes are no longer 1:1.
Beneficial mutations are impossibly rare. In almost all cases, mutations are degenerative, as demonstrated by Richard Lenski’s bacteria experiment and Molly Burke’s fruit fly experiment - both published in Nature.
Quite