Unlock Your Potential: The Science-Backed Secret to Mastering Any Skill

How do you overcome the intermediate plateau while mastering a skill? I understand your struggle. I’ve been honing my table tennis skills weekly for the last 15 years. I can effortlessly beat most casual players during holidays or at social gatherings.

However, when faced with elite players, winning becomes nearly impossible. The frustrating part? There hasn’t been any noticeable improvement in years.

This situation exemplifies a common intermediate plateau. Initially, you may experience rapid progress, reaching commendable levels, but soon your improvement falters, leaving you feeling stagnant.

Researchers have been exploring these learning trajectories for over a century. Notably, classic studies from the late 19th century documented telegraphers as they learned to transcribe Morse code messages.

Each time I achieved a new performance level—transitioning from decoding single letters to recognizing full words and, eventually, complete sentences—I faced stubborn plateaus repeatedly.

Understanding this process hints at strategies for breaking through: in the early stages of learning a skill, everything must be approached consciously and intentionally.

This can make progress feel sluggish and performance challenging. Yet, with persistent practice, the brain learns to automate many of the perceptual and motor processes involved through trial and error.

In fact, as you improve, performance shifts to different brain areas; what was once labor-intensive becomes more automatic, freeing the upper brain’s resources.

The key to progress is to challenge yourself – Image courtesy of Getty Images

I’ve personally experienced this transformation. Nowadays, playing table tennis involves a pleasant fluidity that doesn’t require conscious thought about hitting the ball; my reflexes reliably return the ball.

However, this automaticity can also contribute to stagnation. If your performance becomes second nature and feels “good enough” for most challenges, you may never learn to adapt your techniques.

To advance, stepping out of your comfort zone is essential. This means actively addressing your weaknesses, competing against superior players, and seeking expert feedback with relentless commitment.

Truthfully, we must make practice challenging again. For me, this involves focusing on my weakest shot and finding skilled players to compete against, which necessitates significantly more effort than before.

This approach is termed “deliberate practice,” a concept popularized by Swedish psychologist Anders Ericsson’s research on expertise.

Many focus on Ericsson’s conclusion that elite performers spent over 10,000 hours practicing. However, he later regretted the oversimplification of this number.

To truly become an expert instead of remaining an intermediate, quality practice is crucial. It’s not about quantity; it’s about thoughtful, targeted practice.

The reality is that there’s no simple or painless way to escape stagnation. The pivotal step is finding the motivation to embrace challenges once more.


This article addresses the question posed by Ross Thomas from Wokingham: “How do you overcome the intermediate plateau when learning a skill?”

If you have any questions, please email us at: questions@sciencefocus.com or reach out: Facebook, Twitter, Instagram (please include your name and location).

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Children who excel in one intellectual skill may not see improvement in others

As children grow, they grow in many ways. Children make mental progress in how they feel, think and act – what scientists call them Cognitive Control. Researchers view creativity, fluid inference, and academic achievement as part of human cognitive control. They found that people with good cognitive control also improve mental health. However, scientists still don't know the best type of training to help children develop cognitive control.

Previous researchers found that training can improve cognitive functions such as working memory in children. However, they have not decided whether the same training improves the child's associated function or overall cognitive control. Therefore, an international team of researchers recently investigated whether improving one cognitive function helped improve overall cognitive control in children.

They focus on specific cognitive functions that have not been studied more thoroughly than others; Response inhibition. Response suppression is the ability of a person to stop himself from responding to a previously responded queue. They wanted to test how long it took to suppress training responses to affect other cognitive functions in children, such as creativity and reasoning.

The researchers explained that previous researchers studying cognitive control in children found conflicting results. Some found that training children with response suppression increased overall cognitive control, while others found that training skills only improved. The team proposed that the methodological problems of previous researchers had contradictory results. Therefore, they sought to address these issues by clearly defining how children train, making training schedules unpredictable and attractive, and testing larger groups of children than in previous studies.

The researchers studied 235 children aged 6 to 13 from the Great London region of England. They divided the children into two groups, 119 and 116. They introduced both groups of children to a series of seven different computer games that they attended over eight weeks.

During the video game, the children sailed around the island picking up coins. Their goal was to win as many coins as possible. The first group of 119 children received training in response suppression. This means that you have received the coin after you have stopped performing the requested action. The other 116 children served as control groups. This means that you've been in the same game.

To determine how children's cognitive skills change throughout the experiment, researchers collect self-reports from children, perform standardized skill tests, and take neuroimaging of the brain to physiology. We have confirmed the changes. These data were collected before, immediately after the experiment, and 1 year later.

Researchers found that trained children had better response suppression than non-sex children, but they found that overall cognitive control was not good. For example, they found that trained children did not have test results to show that their academic performance improved over their children in the control group. They also found that brain imaging showed no physiological differences between the two children's groups. The researchers interpreted these results as meaning that response inhibition training did not improve overall cognitive control in children.

Researchers concluded that training children with a single cognitive skill does not improve overall cognitive control. However, they acknowledged that the sample of children participating in this study was from families with above average socioeconomic status and thus may not be representative of lower social classes. Ta. Anyway, they recommended that future researchers look for alternative ways to promote the development of cognitive control in children.


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Source: sciworthy.com