Failure is the universe’s way of teaching us life lessons. Be it a botched science experiment, a failed business strategy, or an innovative idea that turned out to be a disaster. Failure is not an enemy but a mentor. History is replete with examples of failures that later manifested into something remarkable. Thomas Edison succeeded in inventing the light bulb in his 10,000th attempt. When asked about it he famously quipped, “I didn’t fail 10,000 times. I found 10,000 ways that won’t work.”.
“One who fears failure limits his activities.”
Henry Ford
In this article, I narrate a few instances of unexpected outcomes that were converted into something remarkable by the sheer perseverance and ingenuity of a few individuals.
Saccharin
Invented in 1879 at Johns Hopkins University, Saccharin is a prime example of how a failure or an unexpected result can lead to a significant breakthrough. Chemist Constantin Fahlberg was working on coal tar derivatives. After a long day in the lab, Fahlberg down to eat his dinner. However, he forgot to wash his hands. While eating, he noticed that his bread tasted unusually sweet. He later traced the sweetness back to a compound he had synthesised. He named this compound saccharin.
Saccharin, the unintended outcome of Fahlberg’s research, quickly gained popularity as a sugar substitute. Especially during times of sugar shortages and for people with diabetes. Fahlberg’s “failed” experiment transformed the way people sweeten their food and beverages. It also paved the way for the development of other artificial sweeteners and revolutionised the food and beverage industry.
Penicillin
In 1928, Alexander Fleming’s messy lab led to one of the most significant medical breakthroughs of the 20th century. Fleming was researching staphylococci bacteria when he noticed something peculiar. A mould called Penicillium notatum had contaminated one of his Petri dishes and was killing the surrounding bacteria. Instead of discarding the “ruined” experiment, Fleming investigated further. He discovered that the mould produced a substance that could kill a wide range of bacteria. This substance was named penicillin.
Initially, Fleming struggled to isolate and produce penicillin in large quantities. In the 1940s, with the efforts of scientists Howard Florey and Ernst Boris Chain, penicillin was mass-produced and used to treat bacterial infections. This “failed” experiment revolutionised medicine and saved countless lives during World War II and beyond.
Penicillin’s discovery is a classic example of how an unexpected result can lead to a monumental breakthrough. Fleming’s willingness to explore the anomaly in his experiment paved the way for a new era in medical treatment. You can read the full story of Penicillin here. The Revolutionary Journey of Alexander Fleming
Viagra
In the early 1990s, Pfizer was conducting clinical trials for a new drug called sildenafil. The drug was intended to treat angina and hypertension. The trial results showed that the drug was a complete failure. The researchers, however, noticed a peculiar and unexpected side effect. The male participants reported significant improvement in their erectile function.
Recognising that they had hit a goldmine, Pfizer changed their strategy. They began marketing sildenafil as a treatment for erectile dysfunction under the brand name Viagra. Viagra became a blockbuster, transforming the treatment of erectile dysfunction and improving the quality of life for millions of men worldwide.
A “failed” heart medication turned into one of the most profitable drugs in history. Pfizer’s ability to pivot and capitalise on an unforeseen side effect turned a potential failure into a groundbreaking success. Highlighting the value of flexibility and adaptability in the scientific process.
Microwave Oven
In the 1940s, Percy Spencer was working on radar technology for the Raytheon Corporation when he made a deliciously unexpected discovery. While testing a magnetron, Spencer noticed that a chocolate bar in his pocket had melted. Intrigued, he placed popcorn kernels near the magnetron, and they began to pop.
Realising the potential of microwaves to cook food, Spencer continued experimenting and eventually developed the first microwave oven. The microwave oven quickly gained popularity for its convenience and efficiency. It revolutionised the way people cooked and reheated food. Soon, it became an important fixture in the kitchens worldwide.
Spencer’s accidental discovery turned a “failed” radar experiment into a household essential. It highlights the importance of keeping an open mind and being receptive to unexpected results. The best discoveries come from thinking outside the box. You can read the full story of the Microwave Ovens here. Percy Spencer: The Inventor Behind Microwave Technology
Super Glue
In 1942, chemist Harry Coover was working for Eastman Kodak. He was experimenting to create a clear plastic for gun sights. During his experiments, Coover synthesised cyanoacrylate, an extremely sticky substance. Cyanoacrylate was not suitable for gun sights, but Coover recognised its potential as a strong adhesive.
In 1951, Coover and his colleague Fred Joyner revisited the compound to harness its commercial potential. Marketed as Super Glue, it became a popular adhesive for a wide range of applications. Its ability to bond quickly and securely made it an indispensable tool across various industries.
Coover’s “failed” experiment, cyanoacrylate, turned into a highly successful product that has had a lasting impact on everyday life. His ability to see beyond the initial failure and explore alternative applications turned a sticky situation into a revolutionary adhesive.
You can read the full story of the Super Glue here: Super Glue: The Sticky Tale of An Accidental Innovation
Post-it Notes
In 1968, Spencer Silver, a chemist at 3M, was experimenting to create a super-strong adhesive for the aerospace industry. Instead, he ended up with a weak, pressure-sensitive adhesive that could be easily removed without leaving residue. An outcome that seemed like a failure, as it didn’t meet the original goal.
However, his colleague, Art Fry, saw potential in the adhesive for a different purpose. Fry realised that Silver’s adhesive could be used to create repositionable notes. This led to the development of the Post-it Note, a product that has become ubiquitous in offices and homes around the world.
The Post-it Note’s success lies in its simplicity and versatility. Making it an indispensable tool for organisation and communication. Its story demonstrates how a “failed” experiment can lead to a wildly successful product. You can read the full story of Post-it notes here. The Fascinating Journey of the Post-it Note
Artificial Dye
In 1856, Willian Perkin, a young chemist, was conducting a series of experiments in his lab to create synthetic quinine. Quinine is used to treat malaria. In a twist of fate, instead of producing quinine, he ended up with a purple liquid. In further tests, Perkin found that fabrics dyed using this liquid had a brilliant and long-lasting colour.
Perkin named this dye ‘mauveine’ and it soon sparked a fashion frenzy. The dye started catching up with the fashion world. After Queen Victoria was spotted wearing a gown dyed in mauve, it became a turning point in the story of synthetic dyes.
Synthetic dyes became a staple in the textile industry, replacing the expensive and less vibrant natural dyes like Indigo. Today, Synthetic dyes are available in any hue or colour that one may desire.
“I’ve failed over and over and over again in my life. And that is why I succeed.”
Michael Jordan
Conclusion
To summarise, we must note that failure forces us to rethink, refine, and innovate. Failures are like a personal trainer for our brain. Painful and relentless, but ultimately transformative. So, how do we use failures as stepping stones instead of stumbling blocks? Here are a few tips:
- Firstly, do not let failures bog you down. Laugh about them. Humour diffuses the sting and makes the lessons easier to digest.
- Next, analyse them. What went wrong? What could be done differently?
- Finally, apply what you’ve learned to future attempts.
The trick is to use each flop as a springboard for our next leap. Failure is not a verdict; it’s an invitation to improve. After all, diamonds are just lumps of coal that handled pressure well and failed at being graphite.
I hope you found this article informative and motivating!
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PS: Copilot and ChatGPT have been used to create parts of this post.
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