By SUE COLETTA
It’s no secret that the writing biz requires patience. Sometimes, though, waiting can be agonizing. Recently, an exciting opportunity came my way. In order to make this dream come true, I had two weeks (two weeks!) to produce something I’ve never done before. Sorry for being so cryptic, but I don’t want to jinx it.
Now that I made my deadline, all that’s left to do is wait. And wait. And wait. Even with a new release, my mind keeps wandering back to this secret project … and the wait.
That got me thinking, I wonder how or if waiting affects the brain.
Turns out, researchers recently asked the same question. For the first time, a research team at McGill University clearly identified the specific parts of the brain involved in decisions that call for delayed gratification.
Here’s how it works …
The hippocampus (associated with memory) and the nucleus accumbens (associated with pleasure) work together to make critical decisions where time plays a role. For example, suppose you send a query to a literary agent or publisher. You’re making a decision that requires you to wait for the outcome, thereby triggering both the hippocampus and nucleus accumbens.
Still with me? Okay, cool. Let’s look at exactly what these researchers did to prove or disprove their theory …
The researchers used rats trained to make choices between stimuli that resulted in rewards. Some rewards were delivered instantly, some meant delayed gratification. The rats had a choice between two identical visual shapes on a touchscreen (similar to an iPad). In exchange for sugar pellets, the rats had the choice to press their noses against the shape that delivered one sugar pellet immediately or the shape that would deliver four sugar pellets if they waited to receive the reward.
Over time, the rats learned to negotiate a trade-off between the smaller, instant gratification and a windfall, even if it meant waiting for a short period. Researchers argue that most people will also wait for a decision to pay off, if the reward is worth it.
Do you agree? she asks a community of writers whose dreams stand at the intersection of hurry up and wait.
Now, what do you think happened when the researchers disrupted the circuit from the rats’ hippocampus and nucleus accumbens? You guessed it. The rats became impatient and irritable, unwilling to wait even for a few seconds.
Our brains weigh the pros and cons of thousands of situations every day without conscious thought. The nucleus accumbens is made up of a group of tiny cells deep within our brains, and those cells are responsible for the release of dopamine. The amount of dopamine released depends on the size of the reward.
Is it any wonder why we hate waiting? Our bodies crave dopamine! Hence, why exercise is so important for good mental health.
What can we do to help with waiting for news? You guessed it. Get your body to pump dopamine. Which is why today (Saturday) I jumped on my husband’s tractor and mowed the lawn before writing this post. 😉
Yeah, he couldn’t believe it either. I’m not what anyone would describe as a manual labor type of chick. I like my fingernails too much to break them. But I needed a way to switch off my brain before I drove myself crazy by checking and rechecking my email. When I saw my husband on the tractor, it looked like fun.
You know what? I had a blast! Who knew mowing the lawn could double as an exercise in creativity? As my husband cringed, I sailed around the yard creating animal shapes with the blades. Always keep ‘em guessing, ladies!
Men, you can stop groaning now. You’ll be pleased to know I fixed the grass afterward by riding back and forth in military straight lines, but it was nowhere near as fun.
In other study, researchers at the University of Texas measured what occurs inside the brain during a long wait vs. a short wait. For the experiment they used two different tones. The first tone meant a 15-20 second waiting period, the second equaled wait times of 65-75 seconds. Both tones signaled the same reward. The only difference was the length of delay. What they discovered was the nucleus accumbens released more dopamine when the short wait tone sounded. Which means, we’re willing to wait for a reward if the wait doesn’t take too long.
Makes sense, right?
So, if you’re waiting for something to happen as a result of a decision you made, do yourself a favor and get outside, or hit the gym … anything that might help to release dopamine. If you follow this advice, the wait won’t feel as long.
Are you in the wait zone? Care to share what you’re waiting for? What are some ways that have helped you to wait?
It starts with an innocent stuffed animal. It ends with mind-numbing terror.
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