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Sacred Spaces: How to Create Sensory Sanctuaries Anywhere
Turn any place into a sanctuary—learn the art of crafting peaceful spaces, even in chaos, plus my top sensory-friendly travel strategies!

Welcome back to The Adventure Dispatch!
Hey fellow adventurers,
In Japanese garden design, there's a concept called "ma (間)" – the powerful space between things. It's in these intentional pauses, the carefully crafted moments of emptiness, that we often find our deepest peace.
Standing here in Tokyo's Imperial Gardens, watching the sunset paint the ancient trees in shades of purple, I'm struck by how these spaces weren't just designed for beauty—they were crafted as sanctuaries, places where even the busiest minds could find stillness.
Those same principles that have guided Japanese garden designers for centuries hold surprising lessons for neurodivergent travelers. Our heightened sensitivity to the environment isn't a weakness to overcome—it's a gift for creating sanctuary wherever we go.
Last week, we explored how getting lost can lead to extraordinary discoveries. But what if you could create moments of certainty within chaos?
This week, we're exploring how to build personal sanctuaries anywhere—from crowded Tokyo metros to remote mountain trails.
🌌 Weekly Neurodiverse Wisdom
The Science of Sacred Spaces

Imperial Palace, Tokyo during golden hour
Watching willow branches create natural veils over the Imperial Palace moat, I recognized something fascinating about our neurodivergent minds. These branches don't just block the view—they filter it, transforming the overwhelming rush of Tokyo into gentle patterns of light and shadow.
It's a perfect metaphor for what researchers call sensory gating—our brain's ability to selectively process environmental information.
Clinical Connection: Neurodivergent individuals excel at identifying spaces that naturally regulate sensory input (Robertson & Simmons, 2015; Sadia, 2020). What others might see as simple scenery, our pattern-seeking minds recognize as sophisticated environmental filters—the way willow branches soften harsh light, how stone walls redirect sound, or how water features mask urban noise.
Try This: Next time you enter a new environment, scan for these three elements:
Natural filters (like these willow branches) that soften sensory input
Visual rhythms (repeating architectural elements or nature patterns)
Transitional spaces (areas that bridge chaos and calm)
"Creating sanctuary isn't about escaping the world—it's about building bridges between chaos and calm, using our neurodivergent perception as the architect."
🌎 This Week's Journey
Fresh on the Blog: "The Ultimate Guide to Sensory-Friendly Travel Planning"
(coming Sunday, February 23rd)
Behind the Scenes: While exploring quiet spots in Tokyo's gardens, I found myself developing a comprehensive system for evaluating and creating sensory-friendly spaces anywhere. Those field notes have grown into something bigger—a complete framework for transforming overwhelm into extraordinary travel experiences.
Like finding a quiet alcove in a bustling city, proper travel planning creates pockets of peace within adventure. This guide brings together years of clinical experience and real-world testing to help you:
Create personalized sensory assessments
Design flexible, sensory-friendly itineraries
Build portable sanctuaries anywhere
Want to dive even deeper? Keep an eye out for our upcoming Sensory Processing Success Guides—a premium four-part series launching soon with specialized toolkits for urban exploration, nature adventures, accommodation optimization, and social navigation. But first, join me this Sunday for the complete foundation of sensory-friendly travel planning, absolutely free.
Unexpected Lesson: Sometimes our greatest discoveries come from necessity. What started as personal field notes for understanding and managing sensory overload in new environments has evolved into a complete system for finding peace in any destination.
Quick Tip: Choose one regular destination (like your local coffee shop) and map its sensory zones—areas of high and low stimulation. This practice builds the environmental awareness that helps make travel more manageable.
📸 Through My Lens
A Lotus-Filled Sanctuary: Nan-Chi Pond

Nan-Chi Pond (South Pond), Inner Gardens of Meiji Jingu Shrine
Technical Details:
Device: iPhone 13 Pro Max
Settings: Wide Camera 26mm, f/1.5, ISO 50, 1/658 s
Support: Wooden dock railing
Location: Meiji Jingu Inner Gardens, Tokyo
Time: 1:30 PM, July 9th, 2023
The Neurodivergent Perspective: Standing where Emperor Meiji once fished, I started to understand something profound: in a pond designed for stillness, the lotuses don't fight their reflections—they embrace them.
It's a perfect metaphor for our neurodivergent minds; peace isn't found in silencing our thoughts, but in learning to move gracefully with them.
The journey from the shrine's structured ceremony to this hidden sanctuary mirrors our own path to peace through the world: sometimes we need the ritual, the structure; but our deepest calm emerges in spaces that embrace both order and wild beauty.
Photo Tip: When photographing these sanctuary spaces, look for this interplay between structure and flow.
Here, the careful arrangement of lotus blooms creates rhythm, while their reflections transform that order into something wonderfully unpredictable—much like the patterns our minds naturally create.
🧠 Clinical Corner
Engineering Environmental Calm
Research Insight: Neurodivergent individuals don't just react differently to environmental stimuli—we actively create sophisticated mental maps of sensory-safe spaces. This heightened environmental awareness, often seen as a challenge, actually represents an evolved ability to identify and cultivate spaces that support our nervous system regulation (Cena et al., 2023; Kaas, 1997; Zolyomi & Snyder, 2021).
The process is similar to how ancient cultures chose sacred sites—we instinctively recognize environments that offer natural sensory regulation through:
Sound absorption and diffusion
Natural light modulation
Clear spatial boundaries
Predictable sensory patterns
Travel Application: This natural ability to create detailed sensory maps becomes invaluable while traveling (Sadia, 2020). While neurotypical travelers might miss subtle environmental cues, our heightened awareness helps us:
Identify potential sanctuary spaces before we need them
Recognize patterns in urban design that create quiet pockets
Find natural sensory breaks in busy environments
Create portable versions of comfort zones
Strategy: The "Sanctuary Mapping" Protocol
Pre-Trip Planning
Research quiet zones along travel routes
Identify potential reset points (parks, libraries, religious sites)
Map alternative pathways between major destinations
Daily Implementation
Morning: Scout and mark quiet spots near your day's activities
Afternoon: Plan regular sanctuary stops every 2-3 hours
Evening: Note successful locations for future reference
Environment Assessment
Sound levels and echo patterns
Natural vs artificial light balance
Crowd flow and quiet corners
Exit route availability
Sanctuary Creation
Establish clear physical boundaries
Create sensory buffers with positioning
Maintain line of sight to exits
Set up portable comfort elements
⚡ Quick Hits
App Discovery
Why it works: Crowdsourced database of quiet spaces
Best feature: Real-time decibel measurement
Quick start: Use SoundCheck to measure your environment
Perfect for: Finding sensory-friendly venues worldwide
Pro tip: Filter by Quiet or Moderate for optimal conditions
Sensory Hack
The “Contrast Zoning” Method
Identify high vs low stimulation areas
Create buffer zones between them
Use natural barriers (plants, walls) as screens
Maintain clear sight lines to exits
Perfect for: Managing energy in mixed environments
Gear Spotlight
Field tested: 20dB noise reduction without total isolation
Comfortable for extended wear
Discrete design for public use
Perfect for: Creating instant calm in any environment
Pro tip: Size up for better seal during sleep
🗺 Community Lens
'The night often brings wisdom. By morning, what remains and what fades away becomes clear....'
-Unknown-Gute Nacht✨️
— Chriz (@chriz31_07)
10:34 PM • Feb 18, 2025
This week, we're featuring Chriz (@chriz31_07) whose twilight capture perfectly illustrates how nature creates its own sanctuaries. Through bare winter branches, the setting sun transforms a simple lake view into a meditation on contrast and calm.
The interplay of silhouetted trees against golden reflections reminds us that sometimes the clearest perspectives come when we step back and let the world frame itself—a powerful metaphor for finding peace in the spaces between our thoughts.
This Week's Question: Where have you found unexpected sanctuary in your travels?
Share your peaceful discoveries with #FindJoyInChaos on Instagram or in our Neurodivergent Navigators community on X!
Safe travels,
Chadwick
Some links in this newsletter are affiliate links, meaning I earn a commission if you click through and make a purchase – at no additional cost to you. As a neurodivergent traveler and mental health professional, I only recommend products I've personally tested and found genuinely helpful. Read our full affiliate disclosure in our privacy policy.
Please note: This newsletter and its contents are for informational and educational purposes only. They are not a substitute for professional mental health advice, diagnosis, or therapy. While principles of mental health and neurodiversity are applied here, therapy or individualized care is not being provided. For immediate support during a crisis, contact local emergency services or call/text 988.
References
Cena, F., Mauro, N., & Rapp, A. (2023). How do sensory features of places impact on spatial exploration of people with autism? A user study. Information Technology & Tourism, 25, 105–132. https://doi.org/10.1007/s40558-023-00244-1
Kaas, J. H. (1997). Topographic maps are fundamental to sensory processing. Brain Research Bulletin, 44(2), 107-112. https://doi.org/10.1016/S0361-9230(97)00094-4
Robertson, A. E., & Simmons, D. R. (2015). The sensory experiences of adults with autism spectrum disorder: A qualitative analysis. Perception, 44(5), 569–586. https://doi.org/10.1068/p7833
Sadia, T. (2020). Exploring the design preferences of neurodivergent populations for quiet spaces. https://doi.org/10.31224/osf.io/fkaqj
Zolyomi, A., & Snyder, J. (2021). Social-emotional-sensory design map for affective computing informed by neurodivergent experiences. Proceedings of the ACM on Human-Computer Interaction, 5(CSCW1), Article 77. https://doi.org/10.1145/3449151