Science & Research

Fitness in Dreams

Explore groundbreaking research and experiments that reveal how physical fitness can be enhanced by lucid dreaming.

Athletic Performance in Lucid Dreams

In-Depth Analysis

Daniel Erlacher and Melanie Schädlich produced the paper “Practicing Sports in Lucid Dreams – Characteristics, Effects, and Practical Implications”, to provide an in-depth analysis of how 16 athletes used their lucid dreams to enhance their physical performance.

Improved Performance: 62.5%

Increased Confidence: 50%

Better Flexibility & Balance: 18.75%

Positive Emotional Benefits: 50%

The statistics on the benefits of lucid dream practice are quite compelling.

With 62.5% of athletes reporting improved performance, 50% experiencing increased confidence and positive emotional benefits, and 18.75% noting better flexibility and balance.

Erlacher and Schädlich concluded that incorporating lucid dream practice into regular training routines can significantly enhance an athlete’s overall performance and mental wellbeing, making it a valuable tool for those seeking to gain a competitive edge.

Enhancing Motor Skills

Performance Improvements

In another study by Daniel Erlacher and Michael Schredl, 40 participants were divided into groups to measure performance improvements in a simple task of tossing coins into a cup, from evening to morning.

Lucid Dream Practice Group

Out of 20 participants, 7 had lucid dreams and practiced the task, improving from 3.7 to 5.3 hits out of 20 throws.

Before: 3.7 / 20 Throws

After: 5.3 / 20 Throws

Physical Practice Group

This group demonstrated the highest improvement, validating the effectiveness of physical practice with an increase from 3.4 to 6.4 hits.

Before: 3.4 / 20 Throws

After: 6.4 / 20 Throws

Lucid Dream Practice X Physical Practice

It’s reasonable to estimate that combining lucid dream and physical practice could have boosted performance to around 8.0 hits.

Combined Practice: 8 / 20 Throws

The evidence from Erlacher and Schredl’s study strongly supports the notion that practicing skills in lucid dreams can significantly enhance waking performance.

This innovative approach offers a compelling supplement to physical practice, especially for refining motor skills and boosting confidence.

As research in this field grows, the potential applications of lucid dream practice in sports and other areas are vast and promising.

Dreamed Movements

Brain Activation

In Martin Dresler’s study, 6 experienced lucid dreamers performed hand movements in their dreams. Researchers used fMRI and NIRS to measure the brain activity linked to these dreamed movements.

Activation of the Sensorimotor Cortex

The study showed that motor tasks in lucid dreams activated the sensorimotor cortex, with significant blood-oxygen-level-dependent (BOLD) signal increases comparable to physical movements during wakefulness.

Specific Brain Regions

Activation was noted in the contralateral pre- and postcentral gyrus. Though the BOLD signal was lower during dreamed movements than wakeful ones, it was still significant, showing the same neural pathways were engaged.

Supplementary Motor Area (SMA) Activation

The study also found that the SMA, which is involved in planning and executing movements, showed similar hemodynamic responses during dreamed tasks as during physical practice.

Dresler showed that movements in lucid dreams activate the same brain regions as physical movements, offering the potential to enhance sports-related skills.

Combining Lucivity Fitness with physical practice could lead to greater performance improvements without physical exertion.

Exercise In Lucid Dreams

Cardiovascular Responses

In another study by Daniel Erlacher and Michael Schredl, the cardiovascular responses to physical activities performed in lucid dreams were examined.

Their aim was to test whether dreamed physical exercise could influence cardiovascular parameters similarly to physical activities performed while awake.

Five proficient lucid dreamers participated in the study, each spending 2 to 4 nonconsecutive nights in a sleep laboratory.

Key Findings

The study found a significant rise in heart rate during the exercise period in the lucid dream compared to pre- and post-exercise periods. Mean heart rate increased from 66.14 beats per minute pre-exercise to 68.35 bpm during exercise, and further to 69.62 bpm post-exercise.

Heart Rate Increases

Pre-Exercise: 66.14 bpm

During Exercise: 68.35 bpm

Post-Exercise: 69.62 bpm

Respiration Rate Changes

Respiration rate increased from 22.27 breaths per minute pre-exercise to 23.70 bpm during exercise, but only the drop to 20.50 bpm post-exercise was statistically significant.

Pre-Exercise: 22.27 BPM

During Exercise: 23.70 bpm

Post-Exercise: 20.50 bpm

The study shows that physical activities in lucid dreams can cause real physiological responses, suggesting uses in athletic training and rehabilitation.

Practicing physical exercise in dreams could boost physical performance without actual exertion, offering a new approach to training.

Erlacher and Schredl’s research shows that lucid dreaming can simulate physical exercises, causing measurable cardiovascular changes. 

Enhancing Skills

Dream vs. Physical

Erlacher and Schredl worked with Tadas Stumbrys to explore the effectiveness of practicing motor tasks in lucid dreams compared to a physical practice, mental practice group and a control group.

Conducted with a focus on finger-tapping sequences, the research highlights the potential of lucid dreaming as a supplementary training method.

Study Summary and Findings

All practice groups showed significant improvements from pre-test to post-test.

Lucid Dream Practice: +20%

Pre-test: 17.1 correct sequences

Post-test: 20.5 correct sequences

Physical Practice: +17%

Pre-test: 16.2 correct sequences

Post-test: 18.9 correct sequences

Mental Practice: +12%

Pre-test: 16.2 correct sequences

Post-test: 18.9 correct sequences

Practicing motor tasks in lucid dreams can significantly enhance performance, making lucid dreams a promising tool for athletes and individuals aiming to improve motor skills.

This approach not only supplements physical training but also provides a unique way to mentally rehearse and perfect skills during sleep.

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WARMING UP

Module 1: Standing at The Start Line

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Module 2: On The Starting Blocks

LUCID ACTIVITY

Module 3: Putting on Your Game Face

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Module 4: Going The Distance

COOLING DOWN

Module 5: Crossing The Finish Line

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