Here we take a look at 10 major discoveries, inventions, and inspirational moments that were, for the most part, come across by accident.
Call it fate, call it chance, call it dumb luck, some of the following changed the path of science and engineering in significant ways. Some saved lives and some ended lives – some may have even discovered life -- while others won Nobel Prizes and motivated the creation of such prizes, too.
Read on and be sure to share other incidents of accidental engineering that you are aware of in the comments field.
I'm getting tired of this editorial trend of mistakes being equated to innovation.
It seems to be a coordinated coverup for the ineptitude occupying office and lab chairs while competent people are standing on street corners with tin cups.
Mistakes cost money and are random, unpredictable events, usually caused by carelessness, ignorance, or ineptitude. Mistakes are to be avoided at all cost.
Failure and innovation, on the other hand, are calculated risks.
Only one of the 9 examples in the EDN article was a mistake. The rest were curious people looking into accidental occurrences.
An accident is not a mistake - equating the two terms is.
It's the old addage of "one persons bug is another persons feature."
Ending up with something other than what you intended is considered scientific heresey.
That is why creative people always assess what something can do rather than worry about what it did not do. Innovation is the art of seeing potential where none currently exist. Many fortunes have been made by inspiration and application of others failures. Before you declare anything a failure, you must first understand its full potential.
After all, engineering is a test of your ability to make something from anything.
Verification remains a key issue in system-on-chip development. The time taken to verify a high-density SoC design to a high level of confidence can lead teams to think the unthinkable. One of these counterintuitive options is to not exhaustively verify a chip before taping out but use the resulting silicon itself as a cornerstone of the verification process.
Work by a team at the University of Oxford and the University of Exeter may well become recognized as the first steps on the road to a new and bright optoelectronic future for phase-change memory materials.
Join our online Radio Show on Friday 11th July starting at 2:00pm Eastern, when EETimes editor of all things fun and interesting, Max Maxfield, and embedded systems expert, Jack Ganssle, will debate as to just what is, and is not, and embedded system.