I contend that we have passed a point of no return as it regards progress. I contend that we will never see another Dark Age, at least not in the way that we mean when we speak of the fall of the Roman Empire. Technological progress will continue until we destroy ourselves or hit some heretofore unseen material barrier, and end of science if you will. An omega point where we know everything there is to know about how matter works and as such the only thing left is to explore the universe and catalog forms throughout it. So it's either that, or a solar flare wiping out all of our computers a few generations after we have abandoned hard copies and we lose the vast majority of human knowledge.
I see no evidence that progress has stopped or slowed down. New discoveries are being made all the time in many realms from biotech to data science. The seeds of the next technological leap forward are already apparent for those that are aficionados of cutting edge technology.
Here is an excerpt from "Technological Revolutions and Financial Capital" by Carlota Perez
Perez basically defines revolutions by their disruptive and violent tendencies. As opposed to a linear notion of progress where innovation builds harmoniously off of the prior innovations. Rather a spate of new inventions come along that obsolesce the old paradigm leading to a period of economic hardship as the obsolete institutions, skillsThat is in fact the technological and business equivalent of what Kuhn defined as 'normal science'. Once the valid trajectories for new products and processes as well as for their improvement are known, successive and successful innovations will follow. they will be compatible among themselves, they will interact smoothly, they will find the required supplies, qualified personnel and market channels and will encounter increasing social acceptance based on leanring with the previous products.
On the other hand, these favorable conditions become a powerful exclusion mechanism for all possible innovations that are incompatible or not well geared to the existing framework. Attempts to introduce such innovations could be rejected by investors or customers or, as often turns out to be the case, could be successfully adapted in a minor way to the prevailing paradigm. For the moment, they grow restricted to whatever uses fit well in the existing fabric of the economy before their most important uses are even surmised. Railways were first developed to help get coal out of the mines; their real significance as the main means of transport of people and goods was difficult to even imagine in a world of canals, turnpikes and horses. b Oil refining and the internal combustion engine developed within the steam-engine world of the third revolution, being used mainly for luxury automobiles. Semiconductors, in the form of transistors, served to stretch the market for radios and other basic appliances of the mass-production paradigm by making them portable, before anyone could possibly conceive of a micro-computer.
The most conspicuous exception to the exclusion mechanism is war-related expenditure. The application of political and military criteria, rather than economic logic, opens avenues of research, technology and production that could lead far from the reigning techno-economic paradigm, usually involving extravagant costs that could not be normally recovered in the market. When the war takes place in the maturity phase of the paradigm, these voluntarisitc excursions into new technological territory could become a seedbed for the next technological revolution. The 1960s Space and Arms Race is, of course, the most notorious example of such expenditures.
and regulatory regime has to be completely retooled.
Currently we are about halfway into a long wave cycle or Kondratiev wave, these last 45-60 years. I would place the beginning of the current cycle in about 1977 with the birth of the personal computer. So we are in the beginning of the second half. In the first half the innovations that occur are basically just augmenting the paradigm that preceded it. As such computers started off as glorified typewriters and slowly supplanted other functions that they did better than other methods such as graphic design. A web page was essentially little more than an online magazine. Web 2.0 it could be said, marked the second part of this wave, when the webpage stopped being a digitized version of a print publication and we started getting into the world of the web application. In this second half data science is coming into maturity and big data is advancing the knowledge of the entire world at a fantastic clip. My company built a database for the energy industry that compares EPA data to financial data and maintenance data for every power plant in the country. My Father-in-Law and his cohorts in the Texas Audubon Society have started in the last five years to collect the ONLY data ever collected regarding bird migrations. In 2012 the Obama administration demonstrated that superior voter intelligence capabilities are essential in political campaigns sparking an arms race in that market. Software simulations and massive data systems are allowing for research that was never before possible in the areas of climate science, genomics, astronomy, you name it. Cities all across the first world are engaging in open data initiatives to release demographic and other municipal data to allow developers in their society to use that data to help solve municipal problems.
Progress means that things that were not possible at all before are now possible. The railroads meant that farmers in the hinterlands could participate in commerce in the major cities and cell phones allow Amazonian farmers to cut about two to four weeks from their business cycle when bringing commodities to market in Manaus Brazil.
Conversely there are some less savory ideas that are made possible by advances, such as nuclear weapons, killer drones, global terrorism, and NSA spying. Progress is most certainly not omnibenevolent.