MINDSETS

An educational infographic titled “From Cuneiform to GPS” displays a vertical timeline illustrating key historical milestones in the evolution of mapping and navigation. The timeline begins with the invention of cuneiform by the Sumerians in 3200 BCE, followed by Babylonian geodesy and mapping (~1000 BCE), Ptolemy’s Geographia (150 CE), the Age of Exploration (1500s CE), Einstein’s theory of relativity, the U.S. Department of Defense launching GPS in 1973, and full GPS network coverage in the 2020s. Each milestone is accompanied by a simple icon, such as a clay tablet, ruler, globe, compass, satellite, and smartphone map.

This 4,000-Year-Old Math Trick Is Still Powering Your GPS and Quantum Physics

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Dotted-Decimal Notation and Cuneiform: Precision Systems for Value, Space, and Beyond

Historical Foundations: Babylonian Sexagesimal Numerals

The Babylonian civilization (c. 2000 – 1600 BCE) introduced one of the world’s first positional numeral systems, based on base‑60 (sexagesimal). Signs in cuneiform tablets represented values up to 59 using combinations of two symbols: narrow wedges for units and wider wedges for tens. Multiple symbol-blocks formed positional place values of 60, 60², and so on (Fiveable, Wikipedia, ETH Library).

Though they lacked a true digit for zero or a radix point, Babylonians used context to infer fractional parts, akin to an implied decimal point (Maths History – St Andrews, Wikipedia). Historians note that no explicit zero existed for rightmost positions; only a later placeholder emerged for internal ambiguity (MPIWG).

Efficiency in Labor, Accounting, and Mapping

The sexagesimal system’s divisibility by 2, 3, 4, 5, 6, 10, 12, and more made it ideal for land measurement, taxation, ration distribution, and timekeeping (Wikipedia, Mathematical Mysteries). Scholars like Kazuo Muroi have shown how the Sumerians used sexagesimal for systematic area calculation, barley rations, and field surveys (Scribd, arXiv, Fiveable).

Remarkably accurate trigonometric tables like Plimpton 322 (c. 1800 BCE) reveal the Babylonians’ geometric prowess, likely used in land surveying and construction (Wikipedia – Plimpton 322).

Dotted‑Decimal Notation: Modern Precision in Segmented Form

In contrast, dotted-decimal notation is a modern method for representing binary-based numerical data (especially IPv4 addresses) in human-readable decimal segments, e.g., 192.168.0.1. Each octet (0–255) is separated by dots to indicate logical hierarchy (Wikipedia, VPN Unlimited).

Although not positional across the entire string, each segment follows base‑10 place values internally, allowing both machine and human precision in networking, software versioning, and hierarchical data systems.

Mapping, Finance, and Planes of Existence

Because Babylonian numbers could precisely express fractions—especially those with denominators composed of 2, 3, and 5—sexagesimal notation supported accurate field measurements and financial accounting. Fractions like 1/2, 1/3, 1/4, 1/5, and 1/6 were common (Maths History, Wikipedia).

Their ability to approximate irrational values like √2 to several places (e.g., the YBC 7289 tablet) demonstrated astonishing numerical accuracy (Wikipedia – Babylonian mathematics).

Meanwhile, dotted-decimal’s clarity and segmentation make it essential in modern geo‑mapping, where it’s used to represent latitude/longitude, data layers (e.g., subnets), and even coordinate partitions in quantum computing and digital cartography.

Conceptual Juxtaposition: Physical and Conceptual Planes

Babylonians modeled physical land and time directly through sexagesimal notation: people’s labor hours, grain shares, field plots, and calendar cycles (e.g., 360-day year) (Wikipedia – Ancient Mesopotamian Measurement).

In contrast, dotted-decimal reflects our modern digital organization: separating data planes into logical segments, mapping virtual spaces, and navigating multiple layers of abstraction. This mirrors how physics today models different planes of existence—classical space, quantum wavefunctions, relativistic spacetime—each layer defined by precise segmentation and notation.

Why Decimal Wins Today—But Still Relies on Sexagesimal Legacy

The base‑10 system, with the invention of zero and negative numbers, enabled algebra, calculus, and abstract mathematics—tools essential for modern physics, finance, and computing (Wikipedia – Decimal).

Systems like dotted-decimal notation would be impossible without these innovations. Yet, remnants of sexagesimal remain embedded in our clocks (60 minutes), angles (360 degrees), and GPS systems—demonstrating Babylonian math’s lasting influence on how we define time and space.

When we added the decimal… 

While Babylonian cuneiform provided the earliest positional system and enabled accurate accounting, land measurement, and timekeeping through a highly divisible base‑60, modern dotted-decimal notation—built on base‑10 with zero and negatives—powers precise mapping, computing, and data layering.

Both systems structured how humans understand value, space, and even abstract planes of existence—from clay fields and rations to quantum networks and geolocation grids.

A recognition that absence, loss, and reversal are not voids but values, essential to understanding the full spectrum of experience, from the ebb and flow of economies to the dualities of nature and time itself.

References & Sources

  1. Fiveable – Cuneiform Math

  2. Wikipedia – Babylonian Numerals

  3. MacTutor – Babylonian Numerals

  4. Wikipedia – Plimpton 322

  5. Wikipedia – Dot-Decimal Notation

  6. VPN Unlimited – Dot-Decimal Basics

  7. arXiv – Babylonian Factors

  8. ETH Library – Numeral System History

  9. Mathematical Mysteries – Sexagesimal

  10. Wikipedia – Babylonian Mathematics

  11. StudySmarter – Babylonian Math Overview

  12. Wikipedia – Ancient Mesopotamian Measurement

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Animals and Geomagnetic lines

DISCOVER THE RITUAL OF YOGA THAT CHANGES THE HUNT: BUILDING A PHYSICS RELATIONSHIP WITH AN ANIMAL.

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Challenging the concept of yoga.

Conservationism and Hunting as a form of peaceful protest with a quantum mechanical application. 

GET IT HERE!

Bio-Atomic Comprehension

Realignment and arrangement of matter within cells as organized as possible, allowing for an energetic camouflage.

Life Cycle

A stronger understanding of space time continuum, life and death.

More specific and humane harvest

Larger animals, fat to meat ratio, antlers, and becoming one with the animal, in life and consumption after harvest.

Expansion of the self and the Universe

The geospatial engineer why – pursuit of a philosophical shift on our planet. 

Reality is, getting to know your food is special.

World Resources WTR LLC Presents_ Megafana_Shikar Ritual Series_Watha_Yoga_
World Resources WTR LLC_MegaFana_Shikar_Ritual_Watha Series_"Split image showing a hunter field dressing a deer with visible antlers, and a close-up of sliced venison steak on a stone plate garnished with herbs and salt—illustrating the full cycle from harvest to meal."

Ethical Hunting is a form of Protest.

Ethical use extra sensory perception within big game hunting includes entire use of the animal, the more creative a hunter can be with the use of their harvest, the karmatic value builds. Understanding of the movement and thoughts of an animal parallel to their lifecycle. As humans we establish ritual to remember, to provide a different future outcome, and to make sure each step of a process is handled with care. Using this ritual set, meditation, and yoga series adds to your tradition, health, and the environment enjoyed surrounding the hunt.

Changing your concept of Ritual & Yoga

The yogi that eats Foie gras

Mynameismonaya_2023_10 X post_TheLove-04

The applications with geospatial engineering I use on a regular basis for climate modification involve water, at all capacity. Including water within a biological respect, including metabolic processing of my body and animals bodies. I enjoy eating wild game and when purchasing meat prefer grass fed, pasture raised, and ethically managed livestock.

My father that taught me about geospatial engineering and several other applications of quantum mechanics had a 120 acre tree farm with eight deer stands, most powered and heated. I have sat two days in them. My role with the hunting ritual involved driving around the property on an atv consuming beverages, never noticing the over abundance of four legged hooved horned animals around me. 

My personal concept about consuming meat products, harvest what you can and explore the process of others that you eat. In other words… if you want Foie Gras, learn to make it yourself from egg to finish. If you want headcheese, visit the hog you plan on making it from, tell him about it. Let the animal know how much you care for its life too. Wagu doesn’t change in price. 

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assorted-color stone lot

Crystals and Lifestyle Physics: Light, Matter, and Meaning

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INTENTIONALLY ENLARGED FOR METAPHYSICAL SENSORY INPUT. PLEASE ENJOY!

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Quartz: Electromagnetic Symmetry and Timekeeping

Quartz (SiO₂), in its crystalline form, exhibits a trigonal lattice structure with a hexagonal habit. It is piezoelectric, meaning it can convert mechanical energy into electrical potential and vice versa. This occurs due to displacement of charge centers within the asymmetric unit cell under mechanical stress—an inherently relativistic behavior under Einstein’s theory of special relativity, where changes in energy states correspond to shifts in time and field interactions.

Quartz’s predictable lattice geometry allows for precise frequency oscillation, which is why it is used in oscillator circuits and atomic-scale timekeeping. These vibrations are invariant across inertial frames (a key postulate of special relativity), making quartz a highly reliable medium for timing in relativistic conditions. For example, GPS satellites, which require time dilation corrections, rely on such consistent oscillators on both orbital and ground systems to reconcile clock drift caused by gravitational and velocity-induced time dilation.

In optics, quartz is birefringent, meaning it refracts light into two rays. This property is used in polarizing microscopes and spectroscopy, as quartz interacts with electromagnetic waves in a stable, predictable manner. Light transmission through quartz is broad-spectrum, covering UV to infrared, due to its lack of internal defects and strong Si–O bonds, which do not readily absorb low-energy photons.

Graph showing a linear relationship between mechanical stress and generated voltage in quartz, illustrating the piezoelectric effect used in timekeeping and sensors.
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Topaz: Crystal Fields and Photon Interaction

Topaz (Al₂SiO₄(F,OH)₂) crystallizes in the orthorhombic system and exhibits strong pleochroism—the ability to display different colors when viewed from different angles due to crystal field effects. From a relativistic standpoint, topaz demonstrates how atomic electron clouds shift under external electromagnetic influences, altering absorption spectra. These interactions are modeled using relativistic quantum field theory, particularly in how electron transitions absorb or emit photons.

Topaz has a relatively high refractive index (1.61–1.64), making it optically bright and internally reflective. Its brilliance stems from efficient photon momentum transfer within the crystal—a phenomenon modeled through the relativistic Doppler effect, where emitted or absorbed light changes frequency based on relative motion. Though imperceptible at human scale, the crystal’s structure allows for simulations of such effects in high-energy lab environments.

Furthermore, the color centers in irradiated topaz can be explained by relativistic quantum mechanics—where high-energy particles displace electrons in the lattice, creating metastable states that shift photon absorption. These transitions are central to understanding the interactions between high-frequency radiation and matter—core to fields like nuclear physics and photonics.

Diagram of topaz absorption intensity across wavelengths, peaking around 450 nanometers, representing photon interaction and selective light absorption in blue light range.
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Citrine: Wavelength, Iron States, and Relativistic Color Perception

Citrine is a yellow variety of quartz, colored by ferric impurities (Fe³⁺). Iron, as a transition metal, affects the crystal’s electronic structure. These d-electron transitions absorb specific wavelengths of visible light, especially in the violet and blue spectrum (~400–490 nm), allowing yellow-orange light to dominate.

From a physics standpoint, the presence of iron alters the band structure of quartz, introducing allowed energy states that absorb particular photon energies. These transitions obey Einstein’s photon-energy relation E = hf, where h is Planck’s constant and f is the frequency of light. The absorption of specific frequencies—and their reflection or transmission—defines the perceived color.

Color perception, although a psychological construct, depends on relativistic interactions of light with matter. Under general relativity, gravitational redshift affects how light is perceived near massive objects, though this is negligible at crystal scale. However, the principle is useful in spectroscopy, where even minute shifts in absorption spectra are modeled using relativistic corrections to atomic energy levels.

Citrine, like all quartz, is also piezoelectric, meaning it can generate an electric field when compressed. This property is studied in condensed matter physics and is relevant to relativistic electrodynamics when dealing with wave propagation in anisotropic media. These principles govern the material’s behavior in complex electromagnetic environments, such as photonic crystals and piezoelectric sensors.

Graph displaying visible light absorption in citrine, with strong absorption around 470 nanometers and minimal absorption in yellow-orange wavelengths, explaining its warm color.

Where Light Meets Structure, and Thought Meets Field

In the interplay between crystal structures and cosmic principles, something unexpected begins to emerge: a pattern of coherence. Not just in the measured oscillations of quartz or the selective absorption in topaz, but in the way physical law mirrors symbolic interpretation. The rigid logic of crystal lattices, observable under a microscope and predictable through mathematics, shares a quiet rhythm with the intuitive ways humans have always sensed energy, meaning, and transformation.

Quartz, for example, vibrates in perfect precision, forming the invisible heartbeat of satellites, atomic clocks, and communication systems. And yet, for centuries before it was ever wired into a circuit, people placed it at the center of healing circles and rites of clarity. What modern science calls piezoelectricity—the charge generated under stress—was once felt as an inner charge, a resonance with environment or thought. This convergence is at the heart of what some now describe as lifestyle physics: a way of understanding how material systems influence, and are influenced by, daily human experience.

Topaz refracts light and responds to irradiation by shifting colors, showing how energy fields change matter. These are electromagnetic facts, governed by electron transitions and photon interactions, and yet they evoke a sense of design that feels both precise and personal. In this context, lifestyle physics offers a new lens—one where materials science becomes part of how we design spaces, moods, and even environmental systems.

Citrine, with its warm glow and iron-tinted signature, absorbs and reflects specific light frequencies that align closely with what human eyes interpret as comfort, vitality, and joy. The interaction between photons and ferric impurities inside the stone obeys Einstein’s photon-energy relationship (E = hf), revealing how matter is fundamentally shaped by light. Meanwhile, color and light have long been used to influence architecture, wellness, and emotional regulation. These intersections are no longer just aesthetic—they’re measurable. Lifestyle physics is the study of such intersections, inviting us to think about how light, form, and frequency shape both our bodies and the environments we inhabit.

As general and special relativity reshaped our understanding of time, light, and gravity, so too have the microstructures of crystals challenged us to consider the intelligence of form. If matter can hold memory, pulse in rhythm, or modify light—not just passively but interactively—then what else can materials teach us about the systems they inhabit?

The metaphysical interpretations, so often dismissed as unscientific, may actually function as early, qualitative models—human attempts to describe phenomena now measurable by spectroscopy and electrodynamics. This overlap isn’t a contradiction; it’s a reminder that language evolves with tools, and intuition may run parallel to discovery.

If lifestyle physics continues to gain ground, inviting us to treat materials not just as components but as collaborators—what new kinds of environments, therapies, or technologies might emerge? And more importantly, how might our own perception shift when we no longer separate the mechanical from the meaningful?

Let this be an invitation not to choose between science and metaphysics, but to explore the quantum seam where they may already be holding hands.

Monaya M. MaGaurn, lifestyle physicist with Agency World Resources WTR Hero high performance lifestyle physics advanced sauna

What to Eat Before Sauna

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Sauna is a popular way to relax and rejuvenate the body. However, to fully enjoy its benefits, it is important to prepare your body beforehand, and nutrition plays a significant role in this preparation. What you eat before a sauna can impact the effectiveness of the sauna session, as well as your overall health and well-being. In this article, we will explore what to eat before a sauna and why it matters.

Monaya M. MaGaurn, lifestyle physicist with Agency World Resources WTR Hero high performance lifestyle physics advanced sauna

Sauna and Time of Day

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Saunas have been used for centuries to promote health and wellness. The traditional Finnish sauna has been popularized in many cultures around the world. Sauna enthusiasts often debate on whether it is better to take a sauna in the morning or evening. Both have their advantages and disadvantages, but ultimately, the best time to sauna depends on your personal preference and schedule.

Monaya M. MaGaurn, lifestyle physicist with Agency World Resources WTR Hero high performance lifestyle physics advanced sauna

Sauna and Detox

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Detox has become a buzzword in the health and wellness industry. The term is used to describe a process that supposedly eliminates toxins from the body, leading to improved health and vitality. But what does the term “detox” really mean, and is there any medical evidence to support it?

Monaya M. MaGaurn, lifestyle physicist, sitting on a black couch in blue jeans, gold sneakers, with a black jacket, white cuffs and collar, with long hair.

The Hunt, a soundtrack to the book

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A book about my adventures with men, food, cars and life. This book is encoded with quantum positioning, to get the full experience make the recipes and go to the website to listen to the soundtrack. The experience? Better than a movie, a life story that will tell yours complete with food. Please enjoy the book while your destiny is written.

Herbert Baglione painting a large-scale mural featuring a spectral black figure riding a translucent horse, surrounded by abstract botanical forms, blending surrealism with urban street art.

Being David Choe and Herbert Baglione

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Unseen Force. 

Intentionally different. 

Contact me!

Can you hear me now?

Past, Present, and Future. 

I have been able to communicate at some level with different forms of matter since childhood. Communication with my father being very clear and usually in a synchronicity and rhythm unique to others. After his passing, this communication continued. Using his electromagnetic field similar to mine, different than most, he put me in contact with theoretical physicists and computer scientists. Together they helped me to explain what I could not. 

Abstract expressionist painting by David Choe, combining vibrant brushstrokes and raw emotion to explore memory, movement, and creative force
Herbert Baglione painting a large-scale mural featuring a spectral black figure riding a translucent horse, surrounded by abstract botanical forms, blending surrealism with urban street art.
Artist standing in front of a surreal mural featuring a black skeletal figure riding a spectral horse, surrounded by abstract foliage and calligraphic script, blending street art with emotional expression.
Clairsenience

Clairsentience is the ability to sense or be aware of other people’s emotions through subtle cues. These cues can include body language, facial expressions, tone of voice, and energy. The word “clairsentience” comes from the word “clairvoyance”, which comes from the French word “clair” meaning “clear”. 

Similar to artistic interpretation with more concrete science. 

Similar to artistic interpretation with more concrete science. 

“Doing my best with a computer” Albert Einstein

Mynameismonaya_2023_10 X post_The_girl-13
Screenshot 2025-02-14 at 16.07.09

How it works…Similar to artistic interpretation with more computer science. 

Math is impressive Sometimes entertaining. 

World Resources WTR LLC _ Clairisticence

A dramatic display of altered internal state My first flight to China.

Mynameismonaya_2024_2_15_24 blog _fighterpilot
Hamiltonian Mechanics

Fancy Hamiltonian Generalized....

Generalized Hamiltonian mechanics
The Hypothetical Equation
Interpreting the “Clairsentience Operator”
A woman wearing a red plaid shirt, grey leggings, fur-lined winter boots, and sunglasses walks along a snowy forest road with a small black dog. Behind her is an off-road vehicle with bright headlights turned on. The surrounding trees are heavily covered in snow, creating a picturesque winter landscape.
Value and Perception
Sketch of a Proof (Conceptual)
Sketch of a proof 2
quote
Mynameismonaya_2023_10 X post_Smartass-06

Being Dr. Huberman

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Unseen Force. 

Intentionally different. 

Contact me!
Conceptual portrait referencing Dr. Andrew Huberman, framed in a visual style that merges neuroscience, perception, and internal emotional mapping.

Can you hear me  now?

Past, Present, and Future. 

A developing concept: remote medicine using light and electromagnetic fields envisions transmitting healing interventions across vast distances—potentially even light years—by leveraging bio-resonant frequencies and photonic communication. This emerging concept combines quantum biology, medical physics, and field theory to explore non-invasive, distance-spanning care that could revolutionize both terrestrial and extraterrestrial health

I have been able to communicate at some level with different forms of matter since childhood. Communication with my father being very clear and usually in a synchronicity and rhythm unique to others. After his passing, this communication continued. Using his electromagnetic field similar to mine, different than most, he put me in contact with theoretical physicists and computer scientists. Together they helped me to explain what I could not. 

Math is impressive Sometimes entertaining. 

Clairsenience

Clairsentience is the ability to sense or be aware of other people’s emotions through subtle cues. These cues can include body language, facial expressions, tone of voice, and energy. The word “clairsentience” comes from the word “clairvoyance”, which comes from the French word “clair” meaning “clear”. 

Similar to artistic interpretation with more concrete science. 

Similar to artistic interpretation with more concrete science. 

How it works...Similar to artistic interpretation with more computer science. 
How it works…Similar to artistic interpretation with more computer science. 

“Doing my best with a computer” Albert Einstein

Screenshot 2025-02-14 at 16.07.09
World Resources WTR LLC _ Clairisticence

A dramatic display of altered internal state My first flight to China.

Mynameismonaya_2024_2_15_24 blog _fighterpilot
Hamiltonian Mechanics

Fancy Hamiltonian Generalized....

Generalized Hamiltonian mechanics
The Hypothetical Equation
Interpreting the “Clairsentience Operator”
A woman wearing a red plaid shirt, grey leggings, fur-lined winter boots, and sunglasses walks along a snowy forest road with a small black dog. Behind her is an off-road vehicle with bright headlights turned on. The surrounding trees are heavily covered in snow, creating a picturesque winter landscape.
Value and Perception
Sketch of a Proof (Conceptual)
Sketch of a proof 2
Being Dr. Huberman

“Everything?

Everything.”

The Universe
Everything.
What is Hamiltonian in terms of energy?
The Hamiltonian of a system represents the total energy of the system; that is, the sum of the kinetic and potential energies of all particles associated with the system.
Hamiltonian (quantum mechanics)