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How to Find Biological Prime Time to Increase Productivity?

Working on the most crucial jobs first is challenging at this moment – perhaps as some posts, claim mornings can be the ideal time for productivity. However, when you stay away from bed, you can curse the fate of being the greatest individual on the globe who can not love morning productivity. In this post, we will show you how to seek the Biological Prime Time to gain productivity.

1. The concept of Biological Prime Time

Sam Carpenter created the term "biological prime time" in his book "Work the System."

Here's the gist of it: Your biological prime time is a moment when you are the most focused and energized. For example, perhaps you find it best to focus on your work between 8 a.m. and noon. That is your biological peak period. It may also be referred to as your "golden hours."

Biological prime time
Figure 1. Biological prime time

This isn't simply speculation; it's based on physiology. The ultradian rhythms of our bodies govern our biological prime time. These rhythms are cycles that occur repeatedly within a 24-hour period. Peaks occur when we are very concentrated, while drops occur when we are drowsy or distracted.

So, the purpose of the biological prime time technique is to discover and exploit the peaks in your usual day.

2. The role of ultradian rhythms in your biological prime time

You've probably heard of a circadian rhythm, which is the 24-hour cycle that governs our daily resting and waking routine.

However, inside that 24-hour cycle, there are additional cycles known as ultradian rhythms.

Ultradian rhythms (also known as the Basic Rest Activity Cycle) are cycles that consist of around 90 minutes of high-frequency brain activity followed by approximately 20 minutes of low-frequency brain activity, as I've previously discussed.

Our brains are only equipped for high-energy and focused activity for approximately an hour and a half before craving rest and renewal.

During these 90-minute marathons, you are better capable of completing critical chores while allowing 20 minutes to do small tasks or spend time engaging in activities that allow you to relax and re-energize.

Identifying your individual energy cycles allows you to take advantage of those peaks and valleys to accomplish more.

But how can you go about discovering your own energy cycles and learning more about your own working habits?

Although this procedure is somewhat lengthy, it is pretty simple.

3. How to find your own biological prime time

Only one tool is required to calculate your biological prime time. This tool can be a notepad, a spreadsheet, or even an app, but it must allow you to record all of your observations so that you can refer back to them later.

Once you've got this tool, below are the processes and strategies to properly estimate your biological prime time.

3.1. Set aside three weeks of your time to conduct the experiment

Additional time, like with most investigations, will result in additional data.

You won't get a clear image of your regular energy levels if you merely measure your productivity for a couple of days, which contradicts the objective of this activity.

The widespread agreement is that three weeks is the right amount of time to determine your biological prime time. This should give you plenty of opportunity to learn more about your everyday energy levels.

Set the time to conduct the experiment
Figure 2. Set the time to conduct the experiment

Of course, extending the duration of this experiment will offer you additional data. However, there must be a cutoff point.

Otherwise, you will waste time learning more about your natural cycles while missing out on the potential productivity that your data is showing to you.

3.2. Record your experience based on a 1-10 scale

When participants begin this experiment, the most common question they will have is, "How am I supposed to accurately track my energy levels?"

The easiest approach to achieve this is to assign a number to each hour of the day on a scale of one to 10, with one representing extremely little energy and involvement and ten being the most.

This numerical scale will help you record your total energy levels in an easy-to-understand manner from the time you get up to the moment you go to bed, especially when you look back on three weeks of data.

Just be sure to think about your energy levels before recording them. If you rate particular hours incorrectly, your data will be ruined and you will be unable to act on your observations.

3.3. Do your best to stick to your current schedule

Maintaining your schedule gives you a level of self-awareness that is necessary for getting the most out of this approach.

When you start going through your routine as usual with the aim of monitoring your energy levels, you'll begin to create an awareness of where you're truly suffering during the day.

Once you have all of the essential facts, this will turn on the lighting needed to effect actual change.

If you already have a regular schedule, stick to it for the duration of this experiment. You'll notice a change once you start working with your energy rather than against it.

3.4. Stay away from alcohol and caffeine

If you have used coffee, caffeine can be the key item holding you together. Seeming drowsy in the morning? If you went out for coke with buddies the night before, you can blame it on alcohol.

Next, the cigarettes you smoke at night can affect your sleeping style. As you might realize, all substances can have a bad impact on your normal biological styles. Therefore, if you do not give up within a month, you will not take a precisive reading for the Biological Prime Time.

3.5. Avoiding getting up based on the alarm

Making yourself get up purely is the ideal way to study the pure energy styles so that you can practice them very regularly. However, when you perhaps will not sleep in till 10 am each day, no matter how pure it seems. On the other hand, it is good that you can leave the component of the experiment for holiday time.

Go to bed if you are tired.
Figure 3. Go to bed if you are tired.

Straightforwardly, you can move to bed when you get tired and wake up while you purely wake up and seem rested.

4. Taking advantage of your biological prime time to make the most of your day

So you've completed three weeks of hourly data collection. What comes next?

Once you have the necessary data, the following step is to detect patterns in the data that suggest peaks and valleys in energy levels.

Assume you found that you had greater energy ratings throughout the afternoon throughout the bulk of the experiment. This indicates that these times may be the finest for you to undertake some of your most rigorous tasks.

On the other side, you may have experienced energy ratings of four or lower in the mornings, indicating that it is advisable to undertake less difficult chores first thing in the morning.

Of all, comprehending the data is only the first step in making the most of calculating your prime time. Here are the measures to take to ensure that you are successfully utilizing this data.

4.1. Develop a schedule around your data

It's unusual to have a timetable that completely matches your energy levels.

As a result, it is critical that you build a new timetable based on the facts you've gathered.

Set aside some time to block out time depending on the energy rating patterns you discovered in your experiment.

Begin with your most productive hours first, scheduling in these 90-minute increments so you have a clearer idea of when you'll be doing your most critical work.

Once they have been set, pay attention to times when you have less energy. These can be used to take on less hard chores that must be completed but should not divert your attention away from your important objectives.

After that, decide where you'll fit things like going to the gym, taking breaks, or other items that are crucial in your daily life. Make sure to make flexibility in your calendar to change things if something isn't working out for you.

You'll have to adjust to your new schedule.

However, you should find that this data-driven schedule accomplishes significantly more than one based on more typical schedule layouts and processes.

4.2. Assign tasks to yourself based on peaks and dips

The sort of work you will complete during the day is determined by your energy peaks and troughs.

Making a plan might assist you in determining which hours are optimal for specific sorts of work.

You must, however, go one step further and assign activities that correspond to those fluctuating energy levels.

Assign tasks to yourself
Figure 4. Assign tasks to yourself

Assign yourself chores that you may feel too unmotivated to perform during other times of the day during blocks of time when you have the most energy. Simply said, if you can't focus on certain chores during your least productive hours, you'll want to make sure they're completed during your energy peaks.

Your energy dips can be used to focus on less appealing chores or even jobs that demand less energy from you to finish. You should also take lots of pauses throughout the day and use energy dips to rest and reenergize rather than merely power through more work.

Remember that even if you try to fill your dips with less taxing tasks, you might still burn out.

Wrapping It Up

We believe that you know how to seek Biological Prime Time to gain more productivity. Finally, please put your comments below to let us know your thoughts.

Source: Internet

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