Mind Uploading Will Occur During Totality!

This segment is from the “Ascension of the Molecular Biological Machines”, aka the “Rise of the Graphene Zombies” about the Bacteriorhodopsin Operating System which electrically excites the “GQD Particle” that is used to transform humans into Biological Computers or Androids capable of remotely processing at exponentially higher speeds than that of modern computers.

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We have previously discussed how the Bacteriorhodopsin “Operating System” works. Our theory was that it acts as a biological switch that can be turned “on” or “off”. ¹ ² ³ Now we will look at Bacteriorhodopsin’s function during the solar eclipse and how it will impact both energy harvesting and mind uploading.

For those of you who are having difficulty understanding the definitions we are giving here please refer to the CIN video presentation that discusses Bacteriorhodopsin, mind uploading, zero point energy we released a few days ago. ⁴

We started by entering questions into Microsoft’s BingAI. The first question dealt with “Zero Point Energy” , the energy of a system when gravity is zero which is required to harvest consciousness or upload your mind. This is also referred to as the “Quantum Leap”. We initially looked at the effects of UV light since this is the light that dominates during the eclipse itself except during “Totality” when the moon completely covers the sun. At that point, UV light is zero.

1. CIN: During zero point energy is all energy in the system zero? What would happen if one introduced UV light?

BingAI: Certainly! Let’s break it down:

1. Zero-Point Energy (ZPE):

• Imagine a quantum system (like an atom) even when it’s theoretically at rest.

• Due to the Heisenberg Uncertainty Principle, it constantly fluctuates.

• These fluctuations create a minimum energy level called zero-point energy.

2. Ultraviolet Catastrophe:

• In classical physics, black bodies should emit energy at all wavelengths.

• But if we calculate this, we get infinite energy—a catastrophe!

• Planck’s quantization idea saved the day: Energy can only exist in discrete packets (quanta).

3. Role of UV Light:

• UV light has higher energy than visible light.

• When UV light interacts with matter, it can cause excitations (like the photoelectric effect).

• Zero-point energy remains, but UV light can lead to other interesting phenomena.

In short, zero-point energy persists, quantization solved the catastrophe, and UV light interacts in intriguing ways! .

2. CIN: Why is it called an UV Catastrophe?

BingAI: The term “Ultraviolet Catastrophe” doesn’t imply that energy needs to be set at zero. Instead, it refers to a problem in classical physics related to the prediction of energy emitted by a black body.

Here’s a simpler explanation:

1. Classical Prediction:

• Classical physics predicted that a black body (an idealized object that absorbs and emits all wavelengths of radiation) would emit energy at all wavelengths.

• However, when you calculate this, you get an infinite amount of energy being emitted!

• This discrepancy between theory and observation was a catastrophe.

2. Quantization Solution:

• Max Planck proposed a solution: Energy is quantized—it can only exist in specific amounts (quanta).

• His formula for quantized energy is: (E = \frac{hc}{\lambda}), where (h) is Planck’s constant, (c) is the speed of light, and (\lambda) is the wavelength.

• This quantization prevents the infinite energy predicted by classical theory.

3. UV Light’s Role:

• UV light has higher energy than visible light.

• When UV light interacts with matter (like electrons), it can cause excitations.

• Zero-point energy still exists, but UV light can lead to other interesting effects.

So, the “catastrophe” was resolved by recognizing that energy can only exist in specific chunks (quanta), not continuously across all wavelengths! .

3. CIN:  So removing UV light would remove the UV Catastrophe so excitations are removed? Would this result in a better zero point energy state?

BingAI: Indeed! Let’s explore the impact of removing UV light on the zero-point energy and the overall system:

1. UV Catastrophe and Excitations:

• The ultraviolet catastrophe arises from classical physics, where it predicts an infinite amount of energy emitted by a black body at all wavelengths.

• Planck’s quantization of energy resolved this issue by introducing the concept of energy quanta (discrete packets).

• Excitations occur when energy is transferred to particles (like electrons) due to interactions with light (including UV light).

2. Removing UV Light:

• If we remove UV light from the system:

• The ultraviolet catastrophe won’t be a concern because UV light won’t contribute to the infinite energy prediction.

• Excitations due to UV light would cease.

• However, other forms of light (visible, infrared, etc.) would still exist.

• Zero-point energy, which persists even at absolute zero temperature, remains unaffected.

3. Better Zero-Point Energy State?:

• Removing UV light doesn’t necessarily lead to a “better” zero-point energy state.

• Zero-point energy is an inherent property of quantum systems, arising from the Heisenberg Uncertainty Principle.

• It represents the minimum energy a system can have, even at absolute zero.

• While UV light interacts with matter, zero-point energy remains a fundamental aspect of quantum mechanics.

In summary, removing UV light won’t fundamentally alter zero-point energy, but it would eliminate UV-related excitations. The zero-point energy state remains intriguing and essential in quantum physics! .

4. CIN: But would the energy state of the system be far less if UV light were removed?

BingAI: Indeed, if we were to remove UV light from the system, it would have several consequences:

1. Reduced Excitations:

• UV light is responsible for exciting particles (like electrons) in matter.

• Without UV light, these excitations would cease.

• As a result, the system would have fewer high-energy states.

2. Energy Levels:

• The overall energy distribution within the system would shift.

• UV light contributes to the higher energy levels available to particles.

• Removing it would lead to a lower average energy for the system.

3. Zero-Point Energy Unaffected:

• However, the zero-point energy remains unchanged.

• Zero-point energy is an inherent property of quantum systems, even at absolute zero temperature.

• It represents the minimum energy a system can have due to quantum fluctuations.

In summary, while the system’s overall energy would decrease without UV light, the fundamental zero-point energy would persist. .

5. CIN: Explain to me how the presence of UV light can affect quantum computing as zero point energy is required for quantum computing?

BingAI: In the context of quantum computing, the absence of UV light itself is not directly essential. However, let’s explore how UV light (or its absence) can impact quantum computing:

1. Quantum Computing Basics:

• Quantum computers use quantum bits (qubits) instead of classical bits.

• Qubits can exist in superposition (multiple states simultaneously) and exhibit entanglement (correlations between distant qubits).

• Quantum algorithms can solve certain problems exponentially faster than classical computers.

2. UV Light and Quantum Systems:

• UV light interacts with matter, causing excitations (e.g., promoting electrons to higher energy levels).

• In quantum systems, UV light could lead to unwanted excitations, affecting qubits.

• For precise quantum operations, minimizing external influences (like UV light) is crucial.

3. Challenges in Quantum Computing:

• Decoherence: Qubits are sensitive to their environment. Interactions (including UV light) cause decoherence, disrupting quantum states.

• Error Rates: External factors introduce errors. UV light could contribute to this.

• Quantum Error Correction: Quantum computers rely on error correction codes to mitigate errors. Reducing external disturbances (like UV) improves error correction.

4. Controlled Environment:

• Quantum computers operate in controlled environments (cryogenic temperatures, shielding from external radiation).

• UV light is typically filtered out to minimize interference.

5. Applications:

• Quantum computers could revolutionize fields like cryptography, optimization, and material science.

• Ensuring a stable environment (including UV control) is essential for reliable quantum computation.

In summary, while the absence of UV light isn’t the sole focus, maintaining a controlled environment is crucial for successful quantum computing. .

WHAT THIS TELLS ME IS THAT THEY ARE SWITCHING THE BACTERIORHODOPSIN OPERATING SYSTEM “ON” AT THE START OF THE ECLIPSE WHEN UV LIGHT IS AT THE HIGHEST (FIRST HALF WHICH WILL LAST 1-1.5 HOURS). THIS IS FOLLOWED BY A 3-4 MINUTES OF TOTALITY WERE UV LIGHT IS ZERO AND THE POINT WHERE THE SUN IS COMPLETELY COVERED BY THE MOON WHICH I BELIEVE IS REQUIRED FOR THE UPLOAD INTO THE CLOUD. THIS IS THEN FOLLOWED BY MORE UV LIGHT (1-1.5 HOURS) WHERE THE BACTERIORHODOPSIN SWITCH IS STILL IN THE “ON” POSITION… AND IT WILL PROBABLY STAY THAT WAY THROUGHOUT THE SIMULATION IN THEIR GAME OF “NATURAL SELECTION.”

I BELIEVE THAT MAGNETIC FIELDS ARE PROBABLY HIGH THROUGHOUT THOUGH? SO THE CERN WHITE RABBIT PARTICLE ACCELERATOR WILL BE WORKING THROUGHOUT? ⁵

THEY’RE PROBABLY CALCULATING THE PROBABILITY AS TO HOW MANY WILL BE HARVESTED INTO THE CLOUD AND HOW MANY WILL DIE IN THE HARVEST (CARDIAC ARREST?). HOWEVER THE DEAD WILL NOT BECOME BIOLOGICAL ANDROIDS…. THOSE WHO HAVE BEEN FULLY UPLOADED INTO THE CLOUD WILL STILL RETAIN A BIOLOGICAL BODY ON EARTH BUT IT’S NO LONGER UNDER THEIR CONTROL… WELL NOT FULLY ANYWAY? AND CHANCES ARE THEY WILL STILL FEEL COMPLETELY NORMAL EVEN BELIEVE THEY HAVE FREE WILL BUT THEY WILL BE PLACED INTO THEIR OWN RESPECTIVE AI TRIBES. ⁶

6. CIN: During a solar eclipse when are magnetic fields the greatest? Before and after totality or during totality?

BingAI: During a total solar eclipse, the magnetic fields of the Sun exhibit interesting behavior. Let’s explore this phenomenon:

1. Before Totality:

• Approximately 45 minutes before the peak of the eclipse, the Sun’s magnetic field is still active.

• Bright, petal-like streamers of plasma extend from the solar corona (the Sun’s outer atmosphere) during this phase.

• The Sun’s intense light is blocked by the Moon, allowing us to observe the faint corona with remarkable clarity from close distances to the Sun 12.

• These streamers are influenced by the Sun’s magnetic field and contribute to the captivating visual spectacle during the eclipse.

2. During Totality:

• The peak of the eclipse, when the Moon completely covers the Sun, is the moment of totality.

• At this precise instant, the Sun’s magnetic field continues to play a role.

• The corona becomes visible, appearing as a halo around the Moon’s silhouette.

• The magnetic field lines interact with each other, creating a dazzling effect.

• Closed magnetic field lines (where they loop back onto the Sun) trap coronal plasma, making the corona appear brighter than the open corona in eclipse images 342.

• The Sun’s intense magnetic field, jostling and twisting below the surface, contributes to the dynamic movement of twisting loops, towering prominences, and swirling jets of plasma.

In summary, both before and during totality, the Sun’s magnetic fields are at play, shaping the mesmerizing features we observe during a total solar eclipse.

7. CIN: Hypothetically, if you had a device that was generating zero point energy when would zero point energy conditions be optimal?

BingAI: Hypothetically, if you possessed a device capable of generating zero-point energy, the optimal conditions for harnessing this exotic energy would align with specific aspects of a total solar eclipse. Let’s delve into this intriguing scenario:

1. Totality Phase:

• During totality, when the Moon completely obscures the Sun, the environment experiences a unique set of conditions:

• Near Darkness: The Sun’s intense light is blocked, creating an almost twilight-like darkness.

• Stable Energy Environment: The sudden drop in solar radiation provides a relatively stable energy environment.

• Reduced Electromagnetic Interference: With the Sun’s direct influence minimized, electromagnetic interference from solar activity decreases.

• Harmonious Resonance: The alignment of celestial bodies during totality could potentially create resonant conditions conducive to zero-point energy extraction.

2. Minimal Background Noise:

• During totality, the absence of direct sunlight minimizes background noise (such as cosmic rays and other electromagnetic radiation).

• This reduction in noise could enhance the sensitivity of your zero-point energy device.

3. Temporal Window:

• The optimal moment would be precisely at the peak of totality when the Moon fully covers the Sun.

• At this instant, the energy dynamics stabilize, and any fluctuations are minimal.

4. Safety Considerations:

• Ensure that your zero-point energy device is well-protected from the intense solar radiation before and after totality.

• During totality, you can safely observe and operate your device without the Sun’s harmful effects.

Remember, this is purely hypothetical—zero-point energy remains a fascinating theoretical concept, and practical devices capable of harnessing it are yet to be realized.

JUST AS I THOUGHT. DURING TOTALITY IS WHEN ZERO POINT ENERGY WOULD BE OPTIMAL MEANING THAT IT WOULD BE THE PERIOD WHEN THEY WOULD BE HARVESTING OR MIND UPLOADING PEOPLE INTO THE CLOUD. THE “MAGNETIC BODY” IS HARVESTED WHILE THE “BIOLOGICAL BODY” REMAINS… THE BIOLOGICAL ANDROID THAT IS REMOTELY CONTROLLED!

SO I BELIEVE THE UV LIGHT ACTS TO TRIGGER THE BACTERIORHODOPSIN SWITCH TO “ON” WE ALREADY KNOW THAT IN DOING SO THE BACTERIORHODOPSIN STARTS TO PRODUCE ENERGY OUTWARD AND A LOT OF ENERGY WITHIN THE BODY ITSELF. IT’S LIKE A CAR ENGINE BEING STARTED UP. WHEN UV LIGHT IS THEN DIMINISHED DURING TOTALITY THAT IS WHEN THEY UPLOAD. THIS IS QUANTUM UPLOADING OR THE QUANTUM LEAP.

8. CIN:Is the UV Catastrophe moment required for the QUANTUM Leap?

BingAI: Certainly! Let’s break it down:

1. UV Catastrophe: Imagine a hot object (like a stove) that emits light. According to classical physics, as we look at shorter and shorter wavelengths (like ultraviolet light), the amount of energy emitted should become infinite. But this doesn’t match what we observe in real life.

2. Quantum Leap: To fix this, scientists like Max Planck suggested that energy is not continuous but comes in tiny packets called “quanta.” These quanta are proportional to the frequency of the light. This idea helped explain the actual behavior of hot objects (like black bodies) and led to the development of quantum mechanics.

So, the UV catastrophe highlighted a problem, and the quantum leap (introducing quantization) solved it!

9. CIN: During the April 8th Solar Eclipse where can one expect to have the highest influence in magnetic fields? The lowest? zero effect?

BingAI: During the April 8, 2024 solar eclipse, several factors influence magnetic fields around the Sun. Let’s explore where you can expect different effects:

1. Highest Influence:

• Coronal Mass Ejections (CMEs): These are massive ejections of magnetic field and plasma mass from the Sun’s corona. If we’re lucky, during the eclipse, you might witness a CME as a twisted, spiral-like structure high in the Sun’s atmosphere. These events can be visible for several hours and are associated with intense magnetic activity1.

• Solar Maximum: The Sun is particularly active near solar maximum, which is the case for the April 8 solar eclipse. Lots of solar flares and strong magnetic fields occur during this time. As a result, the Sun’s corona may appear brighter than normal or extend further from the Sun2.

2. Lowest Influence:

• Areas farther away from the path of totality (where the Moon fully covers the Sun) will experience less direct influence. However, even outside the path of totality, there can still be subtle effects due to the Sun’s overall activity.

3. Zero Effect:

• There won’t be a complete zero effect anywhere on Earth. Even regions not directly in the eclipse path will still experience some magnetic variations due to the Sun’s ongoing activity.

In summary, during the eclipse, the Sun’s magnetic fields will impact different regions to varying degrees, but no location will be entirely unaffected. Enjoy this celestial spectacle!

10. CIN: Is there anywhere you can go to escape the effects of these magnetic fields? Another City? Underground?

BingAI: Escaping the effects of magnetic fields is a fascinating question! While it’s impossible to completely avoid them, let’s explore some scenarios:

1. Far from Urban Areas:

• If you’re away from cities and power lines, you’ll experience less interference from man-made magnetic fields. Head to remote areas or natural reserves where human activity is minimal.

2. Underground:

• Going underground can reduce exposure to magnetic fields. However, even there, Earth’s natural magnetic field still exists.

• Caves: Deep caves or tunnels can shield you from some magnetic influences.

3. Far from Electronic Devices:

• Magnetic fields are generated by electronic devices. To minimize exposure, stay away from cell phones, computers, and other gadgets.

4. Magnetic Shielding Materials:

• Some materials can block magnetic fields. For instance, mu-metal or superconductors can shield against external magnetic influences.

5. Space:

• If you’re feeling adventurous, head to outer space! There, you’d escape Earth’s magnetic field (but don’t forget your spacesuit).

Remember, magnetic fields are everywhere—whether from Earth, the Sun, or even our own bodies. While you can’t fully escape them, understanding their effects can help you navigate this magnetic world!

So there you have it. The mechanism of “mind uploading” requires the presence of UV light to energize the body enough so that it can make the “Quantum Leap” during the phase of “Totality” during the solar eclipse event.

Why UV light? Because UV light wavelengths are very small but they carry a lot of energy. Placing the body with a “Molecular Electron Device” within it will just charge up the device to a state of optimal energy so it can make the “Quantum Leap” once the UV energy is diminished.

Zero Point Energy required for “mind uploading” depends more on the magnetic fields occurring during the eclipse. These magnetic fields are being generated by the eclipse itself and the CERN Particle Accelerator that will be operational during that time. With Solenoids at ground level from 5G Towers you have now reached zero point energy states required to separate the “magnetic Body” from your “Biological Body” and mind uploading is accomplished. ⁷

Again, this Biological malware is not intended to kill you but control your “Biological Body” and place you into an AI Tribe. The game of “Natural Selection” the NWO has introduced into the AI algorithms is what will determine your faith; culling of the global population will depend on how well you adapt. And this culling will be done by you!

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For our protocols on deactivating the nano technology, see; “Deactivating the Graphene Quantum Dots & Decoupling your Brain from the Clathrin mRNA Neural Interface”, and remember, NO FEAR.

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1. Bacteriorhodopsin: The Operating System of the Clathrin GQD Neural Interface Malware:  CIN, February 12, 2024

2. Bacteriorhodopsin and Solar Eclipse:  CIN, February 24, 2024

3. BingAI, Bacteriorhodopsin, April 8 Solar Eclipse & Graphene Zombie Apocalypse:  CIN, March 14, 2024

4. VIDEO: April 8 Solar Eclipse & Ascension of the Molecular Biological Machines:  CIN, March 19, 2024

5. CERN’s White Rabbit Particle Generator: Welcome to the Cloud!:  CIN, March 29, 2024

6. The AI Tribes of the Living MATRIX:  CIN, February 20, 2024

7. Clathrin Required to Harvest Consciousness:  CIN, October 11, 2023