The genius scientist who lit up the world alongside Edison and laid the foundation for modern electrical civilization, Nikola Tesla. Did you know that he repeated a very strange action in bed every night? ⚡
Tesla maintained an extreme sleep pattern of sleeping only 2 hours a day, yet he continued numerous inventions without getting tired. One of his secrets was his unique sleep ritual of squeezing and releasing both toes 100 times every night in bed.
Today, BuildSelf introduces the scientific principles behind the extraordinary habit of a historical genius, and how to apply it to our daily lives.
Historical & Academic Evidence
This content is based on Nikola Tesla's Autobiography 'My Inventions' & Journal of Physical Therapy Science (JPTS).
1. The Nerve Switch That Awakens Brain Cells: Toes
Tesla believed that the seemingly trivial exercise of repeatedly curling his toes stimulated the numerous nerves concentrated at the tips of his feet, activating brain cells and resetting the brain fatigue accumulated during the day.
In fact, the area occupied by the feet and toes in the somatosensory cortex of the brain is as wide as that of the hands. Intentionally moving toes that have been trapped in socks and shoes all day is a great way to stimulate dormant neural networks.
2. 3-Step Practical Routine for Modern Professionals
Digital Detox in Bed
50-Times Toe Curling Ritual
Relax Your Brain with Deep Breathing
3. A Brain-Scientific Word for a Successful Routine
Toe exercise helps blood circulation in the area furthest from the heart, making body temperature uniform, and activating the parasympathetic nervous system. Repeating this action at the same timing (right after covering yourself with the blanket) every night makes the brain recognize this as a powerful conditioned reflex signal to 'sleep'.
📌 Frequently Asked Questions (FAQ)
Does curling toes really help activate the brain? ▼
Yes, the toe region is located in the somatosensory cortex mapping near the center of the brain. Stimulating toe micro-muscles sends electrical signals to active the prefrontal cortex.
