Cannabis Use May Reduce Your Creativity: Study

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Cannabis Use May Reduce Your Creativity: Study

Photo for representational purpose.


Regular use of cannabis may impair your ability to think creatively and make you less aware of own mistakes, according to a new study that disproves the widespread belief that these drugs enhance creativity.

Mikael Kowal, psychologist at Leiden University in the Netherlands conducted experiments on 40 regular users of cannabis. The control group of 20 non-users was given a placebo.

Kowal studied the direct and chronic effects of cannabis on dopamine-related functions, such as creative thinking and the ability to recognise one's own mistakes.

The brain chemical dopamine is important for the proper working of the brain and also plays a role in learning performance.

The study showed that cannabis users were less able to brainstorm, a mental process that is crucial for creative performance.

"There is a widespread belief among users that these drugs enhance creativity. This experiment disproves that belief," said Kowal.

He also demonstrated that for chronic users the brain processes involved in monitoring mistakes also work less effectively.

A high dose of cannabis seems to influence both the unconscious processing of mistakes and also the later and more conscious stages of error processing.

"It is important that we gather more knowledge about the effects of cannabis on a person's ability to detect mistakes. This can help with putting together a treatment programme for drug addiction," he said.

The research also indicated clear long-term effects that cannabis disrupts the activity of dopamine in the brain. With chronic users a significant reduction was seen in the frequency of spontaneous eye blinking, an indication of a reduction in dopamine production.

The conclusion from other scientific research is that regular cannabis use does not necessarily have disastrous effects for the take-up of dopamine.

It may well be that the age at which cannabis is first used is a crucial factor, Kowal said.

The type of cannabis and the way neurobiological processes interact with one another can also result in individual differences.

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