The Nobel Prize winning economist Robert Sallow is perhaps most well known for his post-World War II era theories related to economic growth.

More specifically, he posited that existing neoclassical economic models,

although useful in gesturing at how industrialization can stimulate measurable types of growth in a region,

don't capture all the variables relevant to that growth.

What was missing, his work indicated, was a measurement of progress, and in particular, technological

progress. So according to this and adjacent economic models, there are two key ways to increase

the overall productivity of an individual worker.

The first is through industrialization, which roughly correlates with upgrading the infrastructure

available within a workplace, the tools the workers use, and the systems that determine

how they do their jobs primarily. For instance, if you're working at a factory that makes textiles,

and you can produce one set of linens by hand each week,

but by upgrading your tools so that you have access to a large, complex loom,

you're able to produce a dozen set of linens each week.

That upgraded machinery, that new

infrastructure, has resulted in 12 times the productivity and thus 12 times the previous level

of economic benefit from the same effort exerted. Each worker, becoming 12 times as productive,

will likely mean the prices on the linens being produced

can be reduced, and ostensibly at least, the quality of the goods being produced might also go

up. Being able to automate aspects of linen producing means that the companies benefiting from

that labor-related savings and increase in productivity can then invest in higher

quality materials or can produce higher density fabrics. This concept applies to all fields,

including those that offer services instead of goods. So investments in these sorts of technologies,

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