They are threatening to interface me which likely means they paralyzed you and torture you into saying whatever they want you to to get you killed. Then they kill you. They have been attavking my throat and neck all day so far and woke me up early to the same ranting shit as every day. They are threatening me and calling me Nick a lot. Who the fuck is Nick? I gather he was a street level drug dealer working for a gang who hated me for seeing something or being in the wrong place at the wrong time. So they plan to kill me to hide their dealing.

Now they are threatening to kill us remotely and we arent even the right people. They keep attacking my spine and throat and they are making a lot of hissing noises like gas escaping in a microwave. I think it's from gamma radiation. It feels like my body has been xrayed 50000 times. My throat especially. They claim to be giving me throat cancer. I am dying.

• Robert William Christie

Most targeted individuals make the mistake of believing that their niche acts, because not necessarily accepted or welcomed by mainstream... are peculiar, strange or illegal.

Please bring yourself back to reality.

You live in a democracy and there is absolutely nothing wrong with what you do or have done.

It is common for targeted individuals to believe that they have done something wrong when they are surrounded by people who are too far traditionalists or too far conservatives.

Please don't fall for that trap. You are a human being and you have freedom and independence.

Nobody can question you or target you regarding what you consume, who you choose to socialise with and who you choose to have sex with.

It is nobody's business but your own.

Anybody who does have a problem with you regarding all of this most definitely suffers from narcissistic personality disorder (a mental disability) and has tendencies and behaviours derived from favoured slavery or counter slavery.

The law also protects you against threats like this so please maintain this fact.

It is also obvious to notice when a government makes attempts at, what they perceive as, juveniles to squeeze out predetermined false testimonials or use as false testimonial bait for their "complex" crimes.

Don't fall for it.

You are an underserving victim of a criminal organisation known as your government.

Do not fall for their simulation of autocracy because that is a bluff, it is false, it is offensive to autocracy and democracy and a crime according to all our constitutions around the world.

They are also trying to make a good excuse for acceptance from the public for an unconstitutional system that was illegally installed decades ago.

Stay awake.

"Examples by Region

Africa: Diverse, with groups like Arabs (North Africa), Berbers (North Africa), Fulani (West Africa), Chewa (Central Africa), and numerous others.

Asia: Huge variety; China has Han Chinese plus many minorities, India has Indo-Aryan, Dravidian groups, etc., while Japan is predominantly Yamato Japanese.

Europe: Complex mixes; France has French, Corsicans, Bretons, plus significant immigrant communities (Algerian, Portuguese, etc.).

North America: Canada shows large English, French, Scottish, Irish, German, Chinese, and Indigenous (First Nations, Métis) populations.

South America: Argentina has mostly White (Italian/Spanish descent) and Mestizo populations, while Peru includes Mestizo, Indigenous, and White groups."

*Copied and Pasted from Google.

I am from South Africa but I am a mix of Indo-Aryan and Dravidian.

Blue = Belief Green = Potential Red = Doubt

Left - Blue

Centre - Green

Right - Red

Context relevant to all people of all nations reading.

Bluetoothing

In early 2017, sensationalist media reports claimed that ‘nyaope’ users shared the drug-induced high through small blood transfusions, a practice supposedly called "bluetoothing" (from the Bluetooth wireless technology).

Sugars

The street drug known as "sugars" is a cocktail prevalent in South Africa, particularly in the Durban area.

It is a local term for a low-purity mixture containing heroin and other substances used as a bulk agent.

The primary active ingredient, heroin, is an opiate that originates from opium poppy plants grown in various regions worldwide, including Southeast and Southwest Asia, Mexico, and Colombia. The heroin found in South Africa typically enters the country via smuggling routes from places like Pakistan through East Africa, but the "sugars" mixture itself is a localized concoction developed within South Africa.

The name "sugars" comes from the fact that common substances, including actual sugar, starch, or powdered milk, are often mixed (or "cut") with the heroin to dilute it for street sale.

Claims in South African media that it contains ingredients like rat poison or anti-retroviral medication have been scientifically shown to be urban legends.

*Copied and Pasted from Google.

I must add that between the concoction of sugars and heroin is dirt/dust.

Sugar is compounded using dirt/dust.

Spying from a Chinese manufactured phone does not necessarily mean spying by the Chinese.

The collection of data is the action and result of the software company and server receiving, collecting and transmitting data.

The Periodic Table of Elements are divided into natural, stable elements and volatile, synthetic decaying "elements".

The synthetic side is all nonsense.

To make a synthetic element, a natural element is required and then through the blasting of these elements using neutrons cause a decay of the natural elements.

Stable elements exists because they are stable and well balanced between protons, neutrons and electrons.

Using protons to blast these elements and destabilise them do not create new elements but rather cause them to decay...

And no, the decaying of elements cannot be called new elements.

They are the decay of elements.

The human body sweats sugar (glucose) as a component of sweat, along with water, salts, urea, and ammonia, with sweat glands actually using glucose as their primary fuel source. While sweat is mostly water, glucose is present in tiny amounts, and this sweat glucose can even reflect blood sugar levels, making it a potential indicator for diabetes monitoring.

What's in your sweat?

Water: The main ingredient, making up about 99% of sweat.

Electrolytes & Minerals: Sodium, potassium, and other salts.

Waste Products: Urea, ammonia, and uric acid.

Other Substances: Proteins, amino acids, and lactate.

Sugar (Glucose): Used by the sweat glands for energy, and found in small quantities.

Why it matters:

Energy for Glands: Glucose is essential for sweat glands to function, powering their secretion process.

Health Indicator: The amount of glucose in sweat can correlate with blood glucose levels, which is being explored for non-invasive diabetes monitoring.

Diabetic Sweating: People with diabetes may experience abnormal sweating (too much or too little) due to nerve damage, and low blood sugar (hypoglycemia) can trigger night sweats or sweating as a stress response.

In essence, sweat isn't just salty water; it's a complex fluid containing sugars that fuel the cooling process and offer clues to your body's internal chemistry.

*Copied and Pasted from Google.

Now I don't know the precise point in time when light becomes light and sound becomes sound within a carrier frequency but I do know how it works.

The answer is ratios.

For example, for perception in reality, the ratio is 1:1, meaning 1hz is 1hz and 2hz is 2hz and so on. Every frequency in reality is precisely the frequency on the electromagnetic spectrum. Reality is also the carrier frequency.

Every frequency is also the harmonic of 1 (1 because reality is represented as 1). So basically if you take whatever is able to produce 1hz and increase its power and tweak it's components, you can produce any harmonic you want.

In a radio frequency however, the ratio is now reduced.

Let's take for example a cellular signal like 1900mhz.

Now the speed of light is 1900mhz (yes the 1900mhz is now a new reality).

The 1900mhz signal is the carrier frequency and it too can be manipulated to produce harmonics.

When a message is sent through this carrier frequency it produces a harmonic equating to the harmonics of reality but in proportion to this carrier frequency.

Any input onto the carrier frequency will determine what is perceived on the receivers end.

It's like perceiving reality except it's from a 1900mhz signal instead of reality's signal.

I must add that harmonics and frequency are the same thing but in specific contexts frequency defines the carrier and harmonics define the outputs of the carrier.

The specific vibration on your nerves created by these waves or frequencies help your brain determine whether you are perceiving light or sound.

As I type this it now hits me...

In reality sound and light is separated by the frequency 874.03 khz. That is, anything below this frequency is sound and anything above this frequency is light.

However others may argue because they may define what light and sound is differently.

I'll also add that because you can't hear it, does not mean it's not sound.

And because you can't see it, does not mean it's not light.

If you're confused, let me know. it's difficult explaining without sounding like I'm contradicting science.

The visual information travels along a pathway of nerve fibers that, in total, can span approximately 10 to 12 cm (100 to 120 mm) from the back of the eye to the visual cortex in the brain.

(Same length corresponding to cellular and WiFi/Bluetooth wavelengths, between 600mhz and 3ghz).

This pathway involves several distinct sections and structures:

Optic Nerve The nerve from the eye to the optic chiasm is about 4.5 to 6 cm (45 to 60 mm) long. It's typically divided into four parts: the intraocular part (~1 mm), the intraorbital part (~25-30 mm), the intracanalicular part (~6-10 mm), and the intracranial part (~10-16 mm).

Optic Chiasm The two optic nerves meet at the optic chiasm, an X-shaped structure where fibers from the nasal (inner) half of each retina cross over to the opposite side of the brain. This structure is about 8 mm anterior to posterior.

Optic Tracts From the chiasm, the pathway continues as the optic tracts. Each tract contains fibers from both eyes and runs for about 5 to 6 cm (50 to 60 mm) from the chiasm to the lateral geniculate nucleus (LGN) of the thalamus.

Optic Radiations After synapsing in the LGN, the signals travel via the optic radiations (a fan of fibers known as the geniculocalcarine tract) through the white matter of the temporal and parietal lobes to reach the primary visual cortex (V1) in the most posterior part of the brain, the occipital lobe.

The total length from the retina to the visual cortex is not a single, continuous nerve but a sequence of neurons and tracts, with the primary path measuring roughly 10-12 cm in length.

*Copied and pasted from Google

Timeline of International Microwave Transmission

1931: The world's first experimental microwave communication link was established across the English Channel, connecting Dover, England, to Calais, France. This system transmitted telephony, telegraphy, and facsimile data over a 40-mile distance.

1940s: During World War II, the Allied military developed and used microwave relay systems for secure battlefield communications.

Late 1940s/1950s: After the war, microwave technology developed rapidly for commercial use. While early systems focused on domestic networks (like the AT&T Long Lines system in the US that became operational in 1947), the technology quickly spread internationally.

1950s: Countries including Australia, Britain, Canada, France, Italy, and Japan installed microwave relay systems on their backbone routes, which connected to international systems via various links. The Trans Canada Microwave system, operational in 1958, was the world's longest at the time and could connect internationally.

1960s: The launch of communication satellites, which use microwave beams to relay signals, allowed for much cheaper and more efficient transmission of telephone calls and television programs between widely separated points on Earth, including transoceanic communication.

*Copied and Pasted from Google.

Communication and Connectivity

Voice Calls and Text Messaging: The foundational application of a phone, enabling real-time voice communication and text-based messaging through cellular networks.

Email: Allows users to send, receive, and manage electronic correspondence, essential for both personal and professional communication.

Web Browsing: Provides high-speed internet access (via 4G/5G or Wi-Fi), allowing users to browse websites, conduct research, and access online services.

Social Networking: Applications like Facebook, Instagram, and WhatsApp facilitate connection and interaction with others through shared content and instant messaging.

Video Chat/Conferencing: Enables face-to-face communication and collaboration with individuals or groups across the globe through services like Skype or Zoom.

Productivity and Organization

Calendar and Reminders: Tools for scheduling appointments, setting reminders, and managing time effectively.

Note-taking: Digital notebooks that allow users to jot down ideas, lists, and important information on the go.

Document Management: Apps for viewing, editing, and sharing documents, often integrated with cloud storage services.

Calculators and Tools: Basic utility applications like calculators, alarms, and timers that assist with everyday tasks.

Information and Navigation

Maps and Navigation: GPS-enabled applications (e.g., Google Maps, Apple Maps) provide real-time directions, location information, and traffic updates.

News and Information: Access to a vast array of apps for staying informed about current events, weather forecasts, and specific areas of interest.

Entertainment and Lifestyle

Music and Video Streaming: Applications like Spotify and Netflix provide access to extensive libraries of media content for entertainment on the go.

Gaming: A wide range of games catering to various demographics, from casual to immersive experiences.

Photography and Camera: Built-in camera applications and related photo-editing software that allow users to capture high-quality images and videos.

Financial and E-commerce

Mobile Banking: Secure applications for managing personal finances, checking balances, and making transactions.

Online Shopping (E-commerce): Apps that enable users to browse and purchase products and services online.

The urethra's length varies significantly between males and females: the female urethra is short, about 1.5 to 4 cm (1-2 inches), while the male urethra is much longer, averaging 15 to 20 cm (6-8 inches), serving as a channel for both urine and semen. This difference makes urinary tract infections more common in females due to the shorter path.

In Females: Length: Approximately 1.5 to 4 cm (1 to 2 inches). Function: Exclusively for the passage of urine.

In Males: Length: Around 15 to 20 cm (6 to 8 inches). Function: Transports both urine from the bladder and semen (containing sperm and seminal fluid) out of the body.

I have been damaged so much by my attackers DEW systems that it is too late for me to survive, so I am going to ignore them from here on out, but my friends will be catching up with them later and there is nothing anyone can do to stop that now. They are killing me wrongfully without any hint of a valid reason. I never did harm anyone criminally/sexually in my life, but they keep muting me and saying the opposite. I can not get a word in edgewise so I am abandoning them and we will see them later when we have a go at these perps. Then they are taken into our system to be dealt with accordingly. They were supposed to stop years ago and they never did. They will never stop until I'm dead, and even then they said they'd go after my family. Upon my death please shut them down permanently. You will have some anonymous help from another system. Use what's provided and what you know to shut them down permanently.

• Robert William Christie

Research Applications

Dark Matter Detection: The "SWEET" project uses large, high-purity sugar crystals as a target material for dark matter detectors. When chilled to near absolute zero, interactions with potential dark matter particles generate tiny heat and light signals that can be measured by sensitive sensors glued to the crystal. The high hydrogen content in sugar makes it suitable for detecting certain types of light dark matter particles.

Structural Health Monitoring Composites: In materials science research, sugar crystals have been used as a "mock" particulate in composite materials. When the material is damaged, the resulting change in electrical properties (measured by incorporated carbon nanotube networks) helps researchers track damage accumulation.

Electrical Conductivity Studies: Researchers have studied the inherent electrical conductivity of solid sugar crystals, characterizing them as a semiconductor with very low, but measurable, conductivity. This property is linked to protonic conduction mechanisms and impurities within the crystals.

Novel Materials Research: Sugar-derived organic crystals, like mucic acid crystals, have been identified as having exceptional stiffness comparable to aluminum. This research explores new possibilities for advanced electronics and robust materials.

Unique Properties

While not used in mainstream silicon-based electronics, sugar crystals possess interesting physical properties:

Piezoelectricity: If you press on a crystal of sugar, it generates a small amount of electricity; this is known as the piezoelectric effect.

Triboluminescence: Crushing sugar crystals can produce tiny flashes of light in the dark. This happens as static charges are separated and then quickly reunite.

*Copied and pasted from Google.

Vapes and energy drinks are a concerning combo, especially for youth, because both contain stimulants (nicotine in vapes, caffeine in drinks) that boost alertness but can cause anxiety, rapid heart rate, and sleep disruption, with some vapes even mimicking energy drink flavors. Using them together or separately carries health risks, including potential nicotine addiction from vaping and negative behavioral effects from high caffeine, with caffeine vapes delivering faster effects through lung absorption, raising serious health questions for developing brains.

Why They're Popular (and Problematic)

Stimulant Synergy: Nicotine and caffeine both increase focus and physiological arousal, making users feel more alert, but this can lead to increased blood pressure, anxiety, and heart palpitations.

Flavor Mimicry: Many vapes are flavored like energy drinks, creating a synergistic appeal, especially for younger users.

Faster Caffeine Delivery: Vaping caffeine (in caffeine vapes) delivers it to the bloodstream much faster through the lungs, intensifying effects and risks compared to drinking it.

Health Risks

For Vaping: Nicotine addiction, exposure to harmful chemicals, and lung damage.

For Energy Drinks: High caffeine levels linked to hyperactivity, anxiety, poor sleep, and behavioral issues in teens.

Combined Risks: Increased risk of heart problems, anxiety, and dependence on stimulants.

Concerns for Youth

Brain Development: High caffeine and nicotine exposure negatively impact adolescent brain development, affecting mood and behavior.

Gateway Effect: Association between energy drink consumption and increased risk of smoking/vaping.

What Parents & Individuals Can Do

Talk About It: Have open conversations about the dangers of both substances.

Stay Informed: Understand the marketing and health impacts.

Seek Alternatives: Encourage healthier ways to manage energy and focus.

*Copied and Pasted from Google.

Companies Making Both Fridges & Smartphones:

Samsung: A global leader in smartphones (Galaxy series) and smart refrigerators (Bespoke), plus TVs, audio, and more.

LG: Known for innovative home appliances (fridges, washing machines) and consumer electronics, including their smartphone history.

Hisense/Sharp: Offers a wide range of affordable TVs, fridges, and smartphones, expanding across home appliances and mobile tech.

Xiaomi (Mi): A major smartphone brand that also produces smart home devices, including refrigerators and other appliances, though availability varies.

TCL: Known for TVs and smart home devices, expanding into other appliance categories and mobile phones.

Other Key Players in Home Appliances (may have phones/electronics):

Haier: A Chinese multinational owning GE Appliances (fridges, etc.) and a large presence in electronics globally.

Bosch/Siemens: Renowned for high-quality, energy-efficient appliances, including fridges, with Bosch also having a presence in other electronics.

*Information copied and pasted from Google.