There are frequently headlines, news stories, and announcements circulated of breakthrough discoveries in various areas of scientific research. This is problematic for a few reasons, but let us focus on two: errors and implementation. While our current system functions, that is 'makes discoveries and produces results', it also gets enough wrong to retard progress and erode the public's confidence in scientific integrity. These issues are enough to rethink and modify our approach, as well as highlighting a need for better scientific literacy from the public.
First, the number of results which need to be retracted or modified is quite high. There have been a few widely circulated news items in the recent past addressing this issue, and acknowledging the inadequacy of measures to alert the public to such errors. To be clear, there are two parts to this: that erroneous information is publicly announced prematurely and that corrections are not announced as vigorously. These two factors lead to a tremendous amount of scientific misinformation being circulated needlessly. This is a historical trend that has been exacerbated by changes in news, mainly the intensification of the push to be first with a story that will get attention. I want to recognize that there has been a concurrent improvement in the scientific literacy of reporters, as well as increase in the number of science "communicators" (those specializing in explaining specialized information to laypersons). To be clear, disproving something or changing our understanding of information are not problems of science; those are both goals of and inherent to the process. The problems arise when non-scientists hear erroneous information presented as accurate and either never hear the correction or think the correction (or just later improved discovery) means we do not (or cannot) understand the area of study. To resolve these issues, in addition to laypeople understanding the scientific process better, the release of information needs to be slowed and de-sensationalized, results should be corroborated by reproducing experiments, and retractions or corrections need to get as much attention as the initial announcement.
Second, there are few actual emergencies. There are some times it truly is necessary to implement an immediate remedy; certainly a global
pandemic is one example. However, most often there is time enough
to study problems in depth and evaluate varying options for addressing them.
Additionally, there is a basic need to recognize and mitigate safety
concerns. This is not the approach we typically see. Probably due to the financial incentive to introduce new products or "improvements", science is treated as a business tool. By rewarding novelty and downplaying the predatory nature of the system, it perpetuates the cycle of unnecessary and disposable items that are introduced every year. I suggest most people can find discarded items in their home they thought (because advertising told them) would drastically improve their lives. Returning to the scientific realm, this same approach is applied to discovery. Because testing and improving safety of products is expensive, companies are more likely to just accept a certain percentage fail or injure users. Similarly, there seems little consideration as to whether the new item is actually of use to consumers, only if the company can make money from its introduction. There is less concern with making a good product than with getting a product out to market before someone else does. What this indicates is that the above-mentioned suggestions are not counterproductive or extreme by advocating for slowing the speed at which "discoveries" are implemented. If anything, there has been an artificial speeding-up of the process, and these suggestions return the processes to what it should be. Not only would it improve public perception of science and progress, but would actually make a positive difference by ensuring that progress was, indeed, happening as announced.
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