F1
From Mimicry to Mastery: Building a Hybrid F1 Thinking Brain with Mirror Neurons and Thinking Tools

This blog is a next dimension in the cognitive knowledge explosion as described in the blog From Cosmic Shifts to Cognitive Revolutions: Rethinking the Center of Learning

Before 1510 everyone believed that the earth is the centre of the 'universe'. Nicolaus Copernicus discovered that the Sun—not the Earth— is the gravitation center of our solar system.

500 years later, in 2010, Cas Olivier introduced a paradigm shift just as radical—this time in education. He discovered that the gravitation center of learning is NOT the teacher, the textbook, or the curriculum. The Instead, the gravitation center of learning is the learner’s brain.

This model marked a major paradigm shift in education—decentering the teacher from the learning process and laying the foundation for brain-aligned, self-directed learning.

500 years later, in 2010, Cas Olivier introduced a paradigm shift just as radical—this time in education. He discovered that the gravitation center of learning is NOT the teacher, the textbook, or the curriculum. The Instead, the gravitation center of learning is the learner’s brain.

This model marked a major paradigm shift in education—decentering the teacher from the learning process and laying the foundation for brain-aligned, self-directed learning.

This model marked a major paradigm shift in astronomy and human thought—decentering humans from the cosmic center and laying the foundation for modern science.

The human brain isn’t built to merely copy. It’s built to plan, analyse, develop, and create. While mirror neurons offer the ignition spark—through mimicry and emotional resonance—true learning requires more than following. It demands an engine for cognition. That’s where Thinking Tools come in.

To explain this partnership, let’s borrow from the world of Formula 1.

1. The F1 Brain: A Hybrid Learning Engine

Modern Formula 1 cars are hybrid machines. They run on both:

  • A traditional combustion engine (for raw acceleration), and
  • An electric motor (for instantaneous boost and energy recovery).

Separately, each system has limits. But together, they enable speeds over 350 km/h.

Now compare this to the brain:

  • Mirror neurons are like the combustion engine. They fire automatically when we see others act, yawn, smile, or make mistakes. They allow us to empathize, rehearse, and respond.
  • Thinking Tools are the brain’s electric motor—silent but powerful. They structure, elevate, and refine raw mental energy into clarity, creativity, and insight.

This makes the brain a true hybrid cognitive machine.

2. Born to Mimic: The Mirror Neuron Foundation

Babies are born with mirror neurons. They use these neurons or brain cells to learn through mimicry—especially by observing their mothers during the first months of life. These mirror neurons help them:

  • Stick out their tongues
  • Open their mouths
  • Raise their eyebrows
  • Follow their mother’s eyes
  • Smile without truly understanding what a smile means

This early imitation forms the foundation of learning. Interestingly, birds learn only from their parents through mimicry—and then never learn anything new. Mammals like dogs, cats, and apes can also learn from others of their species.

But in humans, formal education has often remained stuck at this mimicry-based level of learning.

That’s why teaching often means: “I explain. You copy me. You get marks.”

Platforms like YouTube promote mimicry learning: You watch. You do. You get smarter. But without Thinking Tools, it remains a “watch-and-do” process. The thinking still belongs to someone else.

3. What Happens When Only One System Runs?

Learning through mirror neurons is fast—but shallow. It works, but it doesn’t empower. Just as an F1 car can’t win on petrol alone, learners can’t succeed on mimicry alone.

Thinking Tools switch on the rest of the brain. They are the creation neurons of the brain. They allow learners to:

  • Reorganize
  • Compare
  • Create
  • Explain
  • Transfer

The brain, with its built-in mirror neurons and Thinking Tools, becomes a hybrid thinking system—and that’s why children who use Thinking Tools learn better. It’s also why teachers who use Thinking Tools see noticeable improvements in class averages.

4. The Hybrid Advantage of Thinking Tools

Thinking Tools create a learning environment where:

  • Mirror neurons ignite by watching peers or teachers model a Tree Map.
  • Learners translate that spark into action by creating and modifying their own maps.
  • Deep thinking follows: comparisons, pattern recognition, restructuring.

This hybrid mode:

  • Boosts engagement and retention
  • Enhances social learning and individual insight
  • Enables adaptive transfer of knowledge across contexts

5. From the Pit Lane to the Podium

Every F1 car has:

  • A driver
  • A pit crew
  • A telemetry system that evaluates performance in real time

In a Thinking Tools classroom:

  • The learner is the driver—in control, with a cognitive dashboard.
  • The teacher is the pit crew—observing micro-reactions and tuning strategy.
  • The Mothership of All Thinking is the telemetry—guiding the learner through visible maps, feedback loops, and self-monitoring.

This shift learning from scripted memorization to dynamic, self-regulated acceleration.

6. So Why Are Some Kids Suddenly Thriving?

Because they’re finally driving a hybrid brain:

  • One part emotionally attuned (mirror neurons), and
  • One part strategically activated (Thinking Tools)

It’s not mimicry or mastery.
It’s mimicry toward mastery.

Conclusion

Mirror neurons start the motor.
Thinking Tools drive the journey.

The result? A hybrid thinking brain capable of learning at F1 speeds—with vision, clarity, and creativity at every turn.

Read More Articles

F1
From Mimicry to Mastery: Building a Hybrid F1 Thinking Brain with Mirror Neurons and Thinking Tools
Mirror neuron
Why Your Students Don’t Just Learn from You—They Become You
Copernicus
From Cosmic Shifts to Cognitive Revolutions: Rethinking the Center of Learning