DBT
Contributor
Sure, you say that. But as your evidence here (bolded above) is an appeal to ignorance, why should anyone agree with you?Thought and ideas become code....and what is this code used for? What does it do? What is its purpose?
I'd say you get paid, not merely for thinking, but for the practical applications that some but not all of your thoughts produce.
The answer to your questions (in a modern developed society) is largely that it enables other people to do more thinking, for which they too are paid.
And of course, many of the ultimate "practical applications" of thinking (where there even is one) use zero resources - or even reduce the use of resources.
For example, someone who comes up with a better way to forecast storms at sea, the economic consequence of which is that ships and cargoes are not lost, and need not be replaced; Or someone who thinks up a new way to sort recycleable materials from garbage that currently goes to landfill; Or someone who comes up with a way to extract more metal from ore, or to extract it using using less energy. All ways in which thinking can reduce resource consumption.
Your inability to imagine something might feel like evidence that that thing does not exist, but it really isn't. It's just evidence that your imagination isn't as good as you think it is.
One of the key features of a developed economy is efficiency - the accomplishment of the same ends with less use of resources. These efficiencies result from innovation - ie 'thinking'.
The coding question was rhetorical. The point is that nobody pays for thoughts that have no practical value, therefore offer no improvements to the running of a business.
The use of less resources may be achieved by a business through increasing efficiency, improving systems and practices, etc, but the point here is the push to grow the economy, and growth in the economy cannot be achieved without increasing overall resource use.
For instance;
Abstract
On a global scale, resource restrictions are obvious, which makes recycling a necessity. Considering this, it is necessary to approach the connection between economic growth and resource consumption, the approach to such a complex issue highlights the importance of the recovery and reintroduction of resources into the economic circuit. Therefore, the activity of their recovery and valorisation are of particular importance, given the increasing dependence of economic growth on the import of raw materials. Economic growth and technological progress are the main factors that lead to resource consumption.High use of resources creates pressures like the depletion of non-renewable resources and the strong use of renewable ones, transport and activities that include mining which cause important emissions to soil, air and water.
This chapter challenges the so-called environmental Kuznets curve and explains why we can extrapolate from the laws of thermodynamics that perpetual economic growth on a planet with finite resources is impossible. In the long run economic growth cannot be sustainable.
Anyone who believes that exponential growth can go on forever in a finite world is either a madman or an economist.
Kenneth E. Boulding (1973) (quoted from Jackson & Victor, 2019: 950).