Your High-Performance Processing System Needs Different Operating Conditions | Week 3

Why “pushing through” backfires for men like us (and what works instead)

I received an email recently as part of this series from a regular reader, and it really made me think: “When I look at it I think ‘well surely everyone will score high on this test (for high performance processing)’? It seems common sense or ‘normal’ that we as humans should be like this. So I’m fascinated that people AREN’T!”

He’s absolutely right. And this week, I want to talk about something that might be your biggest breakthrough yet – why your “normal” requires different operating conditions.

The Goldilocks Problem Every High-Processor Faces

Remember Goldilocks and the Three Bears? She discovered porridge that was too hot, too cold, and finally just right.

For men with High-Performance Processing, here’s our challenge: all three bowls were made for someone else.

The environment that feels “comfortable” to others often overwhelms us. The environment that feels “too quiet” to others becomes our optimal zone. We’re not being difficult or antisocial. We’re operating fundamentally different equipment.

The Science: Understanding Your Optimal Arousal Level

The Yerkes-Dodson Law, established over a century ago, demonstrates that every individual has an optimal level of arousal for peak performance. Too little stimulation and performance suffers from boredom. Too much stimulation and performance crashes from overwhelm.

The breakthrough insight for High-Performance Processors: we reach optimal arousal at significantly lower stimulation levels than the general population.

This isn’t a limitation of your system. This is precisely how your system is designed to operate at peak efficiency.

While this law has some limitations in modern applications, the core principle remains scientifically sound: optimal performance requires individual calibration, not one-size-fits-all approaches.

Case Study: When System Management Goes Wrong

Last year’s bonfire night provides a perfect example of system overload.

I arrived at the event already operating at approximately 80% capacity. One of my daughters was struggling with school attendance, creating ongoing emotional drain. I’d increased my clinical workload, was processing childhood material through polyvagal therapy, plus managing standard family and work pressures.

The bonfire night environment – massive crowds, sudden explosive sounds, rushing to arrive on time – pushed my system past 100% capacity.

Result: Complete overload. According to my wife, I was irritable and unpleasant throughout the evening, though I have minimal memory of this. Classic signs of a system operating beyond its designed parameters.

Case Study: When System Management Works

This year, identical event, completely different approach:

• Environmental modification: Brought earplugs
• Time management: Arrived for fireworks, departed immediately after
• Substance optimization: No longer consuming coffee (significant impact)
• Communication upgrade: Recognized early warning signs and communicated needs to my wife

Outcome: Enjoyable evening for everyone, good sleep, no relationship friction.

Same external event. Different system management. Entirely different results.

Developing Your Early Warning System

Your nervous system continuously broadcasts information about your current arousal level. Most High-Performance Processors ignore these signals until reaching crisis point.

My personal early warning indicators:

• Stomach tension (primary signal)
• Disproportionate irritability over minor issues
• Decision-making becomes laborious
• Social interactions feel draining rather than neutral or positive

This monitoring system proved invaluable during a cricket weekend in my early thirties. What should have been a relaxing break became a perfect storm: unexpected additional guests, substances I wasn’t comfortable with, and witnessing inappropriate behavior toward venue staff.

I developed severe abdominal pain and assumed I’d contracted an illness. Years later, while treating patients with stress-related digestive issues, the connection became clear: uncontrolled environmental changes + loss of autonomy + overstimulation = system overload manifesting as physical symptoms.

Practical System Management Strategies

Strategy 1: Transition Buffers

After conducting clinics in London or Manchester, I cycle home from the train station. This 15-minute buffer provides movement, mental processing time, and self-affirmation (“I’ve got this”).

This isn’t luxury time – it’s essential equipment maintenance. Just as high-performance vehicles require specific fuel and maintenance schedules, your processing system requires intentional transition periods.

Strategy 2: Proactive Solitude

I naturally wake before my family for meditation, physical exercises, or simply sitting in our garden. Weekend time at our allotment – several hours of solo, offline, calm activity – is non-negotiable calendar time.

For High-Performance Processors, solitude isn’t antisocial behavior. It’s system optimization.

Strategy 3: Environmental Optimization for Travel

Train travel with noise-cancelling headphones, ambient soundscapes or music, engaging novels (avoiding work content or social media). The Ambience app allows creation of custom soundscapes tailored to your preferences.

Strategy 4: Substance Impact Assessment

I recommend a three-week elimination of alcohol and caffeine, followed by gradual reintroduction while monitoring system responses. For many High-Performance Processors, this single intervention creates dramatic improvements.

The Push vs. Pull Decision Framework

As a GP, Friday afternoon administrative tasks would frequently arrive requiring 2-3 minutes to complete. Two options:

1. Push through (adding to an already fully-loaded system)
2. Pull back (maintaining boundaries, clean slate Monday)

Learning to consistently choose “pull back” transformed my wellbeing. My guiding principle became: “I must do good to myself in order to do good in the world.”

Reframing Your Operating Requirements

You are not avoiding life. You are calibrating for your optimal arousal level.

The environment that overwhelms your system might be another person’s “just right.” The environment where you perform optimally might feel “too quiet” for others.

Both responses are completely normal variations in human nervous system design.

Looking Ahead: Your Hidden Competitive Advantage

Next week, we explore how High-Performance Processing creates enhanced emotional intelligence – transforming your different wiring from accommodation requirement into genuine competitive advantage.

Question for reflection: Which of these system management strategies resonates most strongly with your current needs?

USEFUL LINKS

• Take the Assessment: https://ed-3iahyjc8.scoreapp.com
• Week 1: Do you process the world differently?
• Week 2: The science behind your enhanced processing
• 3-Minute Breathing Space Meditation: https://insighttimer.com/edwardlewis

REFERENCES

Yerkes, R. M., & Dodson, J. D. (1908). The relation of strength of stimulus to rapidity of habit-formation. Journal of Comparative Neurology and Psychology, 18(5), 459-482.

Aron, E. N. (2010). Psychotherapy and the highly sensitive person: Improving outcomes for that minority of people who are the majority of clients. Routledge.

Aron, E. N., & Aron, A. (1997). Sensory-processing sensitivity and its relation to introversion and emotionality. Journal of Personality and Social Psychology, 73(2), 345-368.

Porges, S. W. (2011). The polyvagal theory: Neurophysiological foundations of emotions, attachment, communication, and self-regulation. W. W. Norton.

Diamond, D. M., et al. (2007). The temporal dynamics model of emotional memory processing: A synthesis on the neurobiological basis of stress-induced amnesia, flashbulb and traumatic memories, and the Yerkes-Dodson law. Neural Plasticity, 2007.