PART 4 OF 5
CONNECTING THE DOTS
The preceding three parts of this five-part Teaching on the Crystalline Human Vessel was presented to identify, at the very least, the scientifically observable Crystalline organization, responsiveness, and transformative potential already present within the Human Vessel. Before proceeding further, there is another important dot to connect. Humanity has itself been deliberately using crystalline materials for generations precisely because of their remarkable abilities to vibrate, resonate, maintain frequency, regulate timing, interact with electricity and Light, transmit information, and convert one form of energy into another. Innerstanding what Humanity already Knows and accepts about crystals within technology provides another important foundation for Innerstanding why Crystalline organization within the Living Human Vessel deserves much Greater consideration.
CRYSTALS HAVE BEEN AT THE HEART OF MODERN TECHNOLOGY FOR MORE THAN A CENTURY
Most People today use crystalline technology constantly without realizing it.
Quartz crystals began becoming important to electronic communication during the early twentieth century. Their piezoelectric properties allow mechanical vibration and electricity to interact with extraordinary regularity. Because quartz can oscillate at a remarkably stable frequency, Engineers Learned to use it as a precise reference for timing, frequency control, synchronization, and communication. By the 1920s, quartz crystal oscillators were already being used to stabilize radio frequencies and improve precision timekeeping.
The principle is remarkably simple:
Crystal vibration → precise electrical frequency → synchronization → reliable electronic operation and communication.
Long before smartphones appeared, crystals were therefore already being used in radios, communication equipment, clocks, navigation systems, scientific instruments, and other electronic technologies.
CRYSTALS AND COMPUTERS
As electronic computers developed, precise timing became increasingly important. A computer cannot simply allow billions of electronic events to occur randomly; its operations must happen in an organized sequence. The computer therefore uses a repeating clock signal that allows its components to remain synchronized.
By the Personal-computer era, quartz crystals were firmly incorporated into this architecture. The original IBM Personal Computer introduced in 1981, for example, used a quartz crystal oscillator whose frequency contributed to the timing required by its processor and video systems.
This demonstrates an important principle: a tiny crystalline structure can provide the stable rhythmic reference through which enormous numbers of electronic operations become organized. Modern computers continue to depend upon extremely precise oscillators and timing systems throughout their circuitry.
LIQUID CRYSTALS AND COMPUTER SCREENS
There is another crystalline technology that billions of People have looked directly through every day: the Liquid Crystal Display, or LCD.
Liquid crystals are unusual materials possessing characteristics between those of an ordinary liquid and an ordered crystal. Their molecules can remain partially organized while still being able to move. When an electrical field is applied, their orientation can change, altering how Light passes through them. Engineers therefore learned to electrically control liquid crystals to Create visible images.
Experimental electronic Liquid Crystal Displays emerged during the 1960s, and the technology eventually became widespread in watches, calculators, instrument displays, portable computers, laptops, computer monitors, televisions, cell phones, automobile displays, medical equipment, and countless other electronic devices.
When a Person looks at an LCD laptop, monitor, television, or phone screen, they are quite literally looking through electrically controlled liquid-crystalline material.
CRYSTALS IN MOBILE PHONES
Crystals were present within mobile communication technology long before smartphones. Older radio communication systems already depended upon quartz crystals to maintain stable frequencies. When analog cellular telephones appeared, highly stable crystal oscillators helped their radio circuitry maintain the exact frequencies necessary to Communicate with cellular networks.
The first commercial handheld cellular phones of the 1980s therefore already contained crystalline frequency-control technology. The Motorola DynaTAC era used this principle, the later Motorola flip-phone generation used it, digital cellular phones continued using it, and modern smartphones still depend upon highly precise timing and frequency references.
As cellular technology developed, one stable crystalline reference could be used together with electronic frequency synthesis to generate the many frequencies required by increasingly complex communication systems.
Crystal reference → stable oscillation → controlled electronic frequencies → cellular Communication.
CRYSTALS AND GPS
Global Positioning System receivers provide another important example. GPS satellites broadcast extremely precise timing information, and the receiver must compare signals arriving from multiple satellites and determine incredibly small differences in their arrival times. Those differences allow the receiver to calculate location.
The satellites themselves use extraordinarily accurate atomic clocks, while GPS receivers require highly stable local timing and frequency references. Quartz crystal oscillators became an important component of GPS receivers and other navigation electronics.
Crystalline stability therefore contributes to the ability of an electronic device to determine where it is upon the Earth. Again, the underlying principles are frequency, timing, resonance, synchronization, and information.
CRYSTALS IN HOSPITALS AND MEDICAL TECHNOLOGY
Hospitals provide one of the clearest demonstrations of the ability of crystalline materials to convert energy and information.
Ultrasound technology depends upon the piezoelectric effect, demonstrated by Pierre and Jacques Curie in 1880. Certain crystalline materials respond to electrical energy by physically changing or vibrating, while mechanical pressure or vibration applied to the material can also produce an electrical signal.
An ultrasound transducer therefore performs an extraordinary conversion:
Electrical signal → piezoelectric material vibrates → ultrasonic wave enters the Body → returning echoes reach the transducer → vibration is converted back into electrical information → electronic processing Creates an image.
The crystalline material acts as an interface between electrical energy, mechanical vibration, biological tissue, returning information, and visual representation.
Ultrasound is used throughout medicine for imaging the Heart, blood vessels, developing Babies, internal organs, muscles, tendons, eyes, and many other structures. Piezoelectric and crystalline technologies are also found throughout medical instrumentation, sensors, timing equipment, monitoring systems, diagnostic devices, and laboratory equipment.
CRYSTALS IN COMMUNICATION, CAMERAS, SURVEILLANCE, SATELLITES, RADAR, AND NAVIGATION
Modern communication systems require enormous levels of synchronization. Crystal oscillators and related resonators have historically provided stable frequency references for radio transmitters and receivers, television systems, cellular equipment, satellite communication, Wi-Fi, Bluetooth, network hardware, communication towers, navigation equipment, and many other wireless systems.
A transmitter must operate upon an accurately controlled frequency, a receiver must know where to listen, and electronic systems must remain synchronized. The crystalline oscillator provides an extremely stable reference from which those operations can occur.
Modern cameras and surveillance systems likewise depend upon precise electronic timing. Digital cameras contain electronic clocks controlling image sensors, processors, memory, communications, and data transfer. Security-camera networks additionally depend upon accurate timing so that images can be recorded, transmitted, stored, and compared correctly. Many surveillance systems also incorporate wireless communication, GPS, network synchronization, digital processors, radio-frequency systems, motion sensors, and time-stamped recording.
Precision frequency control is equally fundamental to satellites, radar, aviation, marine navigation, military communications, spacecraft, telemetry, scientific measurement, and global communication networks. These systems must generate, transmit, receive, compare, and analyze electromagnetic signals with extraordinary accuracy.
CRYSTALS IN VEHICLES AND EVERYDAY LIFE
Modern vehicles contain dozens, and sometimes hundreds, of electronic control systems. Electronic clocks and resonators help coordinate engine-control units, communications, navigation, infotainment, sensors, digital instrument panels, safety systems, wireless systems, and vehicle networks. Piezoelectric materials are also used in various sensing applications where vibration, force, pressure, or movement must be converted into electrical information.
More broadly, Crystalline or crystal-controlled technology can be found throughout watches, clocks, phones, computers, laptops, tablets, televisions, radios, Wi-Fi routers, Bluetooth devices, GPS receivers, automobiles, aircraft, satellites, medical scanners, ultrasound equipment, industrial sensors, cameras, security systems, telecommunications, scientific instruments, and measurement equipment.
Different Crystalline materials perform different functions. Some establish frequency or regulate timing. Some convert pressure into electricity or electricity into vibration. Some interact with Light, filter frequencies, resonate, sense pressure or movement, transmit information, or stabilize entire electronic systems.
THE LARGER TECHNOLOGICAL PRINCIPLE
There is therefore a much larger technological history here than simply saying, “Phones contain crystals.”
Modern Civilization has spent approximately a century learning how to use the ordered properties of crystalline materials to control frequency, timing, resonance, vibration, Light, sound, electrical signals, communication, measurement, navigation, sensing, and computation.
Human technology discovered that crystalline order possesses extremely useful abilities: stability, precision, resonance, frequency control, energy conversion, synchronization, and information transfer. These characteristics became so valuable that modern technological Civilization quietly incorporated crystalline structures throughout almost every major category of electronics.
A SIMPLE HISTORICAL PROGRESSION
In 1880, the piezoelectric effect in crystals was demonstrated, showing that electrical energy and mechanical vibration could interact through crystalline material. By the 1920s, quartz crystal oscillators were being used for precision radio-frequency stabilization and timekeeping.
Through the mid-twentieth century, crystal-controlled electronics expanded throughout communications, navigation, scientific instrumentation, broadcasting, military systems, and computing. During the 1960s, electronic Liquid Crystal Display technology emerged, and during the 1970s and 1980s LCDs expanded rapidly into watches, calculators, instruments, and computers while crystal oscillators became firmly established throughout computing and communications.
By the 1980s, Personal computers and commercial cellular phones incorporated crystal-controlled timing and frequency systems. During the 1990s, digital cellular networks, GPS receivers, laptops, satellite systems, and increasingly miniaturized electronics expanded the applications of crystalline technologies. Today, smartphones, computers, wireless communication, GPS, medical equipment, vehicles, satellites, digital networks, sensors, cameras, and countless other electronic systems continue depending upon crystalline or crystal-controlled technologies.
SIMPLY STATED
For Generations, Humanity has Knowingly used crystals because they can vibrate with extraordinary regularity, resonate at precise frequencies, convert mechanical energy into electrical energy, convert electrical energy into mechanical vibration, control and interact with Light, provide extremely stable timing, synchronize complex systems, transmit and receive information, Create reliable communication, and coordinate enormous networks of electronic activity.
Human Civilization already Trusts Crystalline Order to make its most sophisticated technologies function. We Trust crystals to help Our phones Communicate, synchronize Our computers, Create images through liquid-crystal displays, assist navigation systems, operate within hospitals, support satellites and communication networks, and perform sensing and measurement throughout modern technology.
The crystal therefore should not merely be thought of as a decorative stone.
Human science and engineering have spent Generations demonstrating that Crystalline Organization can provide extraordinary stability, resonance, precision, synchronization, energy conversion, Light interaction, and information transfer.
The crystal has quietly been at the Heart of the technological world for more than a century.
And when this Knowledge is placed beside the preceding Teaching concerning the Crystalline Organization already existing within the Living Human Vessel, another important dot has now been connected.
Divinely Scribed by Ray as per the Instruction of
Rick Jewers
Love, Light, and Gratitude to All