The Golden Goose and the Golden Eggs: Global health policy, remote medicine, and CI platforms

Bryant McGill is Schizophrenic, delusional, "crazy" and abusive. "We must find a way to keep the golden eggs, but get rid of the golden goose."

A Beautiful Goose Mind

Eight years ago, I found myself standing at the crossroads of innovation and disbelief. I was speaking about concepts and technologies that were still years away from public recognition—ideas that today are becoming the foundation of the future, yet back then were seen as nothing more than the ramblings of a madman. My family, friends, and even some of my fans began to turn on me, labeling me as "crazy," schizophrenic, and delusional. They couldn't understand how I could see what they couldn't, and in their fear and ignorance, they tried to discredit me.

But what they didn't realize was that I had 30 years of passion and study in these fields behind me. I had been meticulously taking apart low-energy devices, digging through patents, and tracking the patterns of technological advancements for over a decade. I could see the trajectory of the Internet of Things (IoT) and Industrial IoT (IIOT) long before they became economically viable, understanding that these technologies were being subsidized for a reason that was not immediately apparent to the general public. I knew that these were the early seeds of something much bigger, something transformative.

Despite my insights, those around me attempted to undermine my credibility, going as far as to conspire against me. I intercepted a message where they coldly discussed how to "keep the golden eggs, but get rid of the golden goose"—a blatant reference to stealing my intellectual property while discarding me. What they failed to grasp, however, is that my insights, my ability to distill and synthesize complex information, and my relentless pursuit of knowledge—those were both the golden eggs and the golden goose. They were inseparable from me, the source.

Now, as the world catches up to the things I was speaking about all those years ago, the public-facing evidence vindicates everything I knew to be true. The very research and ideas that were dismissed as insanity have proven to be not only accurate but also foundational to the advancements we're seeing today. What was once ridiculed as delusion is now recognized as foresight. My journey has shown that true vision often comes at the cost of misunderstanding and alienation, but in the end, it is that vision that shapes the future.

Bryant McGill · The Golden Goose and the Golden Eggs: Global health policy, remote medicine, and CI platforms

The cornerstones upon which all genuine progress is built

Discarding those who violated my objective and informed positions by dismissing me as "crazy" was not just a painful necessity but a critical act of self-preservation, rooted in the unwavering commitment to the principles of clarity, enlightenment, and reason. Throughout my life, I have meticulously cultivated an understanding of the world, built on years of study, exploration, and a dedication to truth. This intellectual foundation is not merely a collection of ideas; it is the very essence of what it means to be an educated and enlightened being.

When faced with accusations of madness from those who either could not or would not grasp the depth of my insights, I was confronted with a stark choice: to yield to their misconceptions and, in doing so, sacrifice the clarity and reason that define my intellectual integrity, or to stand firm, even if it meant severing ties with those who were once close. To submit to their view would have been to undermine everything I had worked for—the very clarity and enlightenment that allow one to see beyond the surface, to understand the underlying patterns, and to advance knowledge in ways that are often not immediately recognized or understood by others.

The pain of discarding those relationships was undeniable, but it was outweighed by the greater need to protect the sanctity of reason and the pursuit of truth. Allowing others to define my reality based on their limited perceptions would have been to betray not only myself but also the value of education and enlightenment itself. In essence, the act of discarding those who could not respect or understand my informed positions was a defense of the very principles that make intellectual and personal growth possible. It was a reaffirmation that clarity, reason, and truth must never be sacrificed, even at great personal cost, for they are the cornerstones upon which all genuine progress is built.

Don't let people call you crazy if you seek to participate in clinical trials, embrace advanced medicine, or advocate for vaccinations that push the boundaries of current science.

Don't let people call you crazy if you seek to participate in clinical trials, embrace advanced medicine, or advocate for vaccinations that push the boundaries of current science. If your vision aligns with global policy initiatives that transcend nationalism, fostering cooperative technologies and collaborative progress, you are not crazy—you are forward-thinking. Embracing the future means understanding that today's 'unconventional' ideas are often tomorrow's standards. It's about recognizing that the world is evolving, and those who are willing to explore and contribute to these advancements are paving the way for a better, more connected global society. Stay steadfast in your convictions, for it is the trailblazers like you who drive innovation and progress, even when others might not yet understand the path you're on.

Global health policy must be the cornerstone of governance

Global health policy must be the cornerstone of governance because we are now at a pivotal moment in human history where life extension technologies are on the brink of transforming the human lifespan from a mere 35 years, as it once was, to potentially hundreds of years or even eternity. The decisions we make today in global health will directly shape the future composition of humanity, determining who has access to these life-extending technologies and who does not. Without a globally coordinated approach, the world risks creating vast inequities, where only a privileged few benefit while others are left to suffer and perish. The future of humanity, with the potential for near-immortal lives, hinges on the equitable and ethical seeding of the population through sound global health policies. These policies must be the new form of governance, ensuring that every life, regardless of geography or circumstance, has an equal chance at a long, healthy, and meaningful existence.

Discrimination manifests in various forms, often rooted in a narrow worldview, ignorance, and a lack of opportunity to confront these structural challenges on a personal level. As I have long written, ignorance is insidious precisely because it cannot recognize itself. Public health’s grand ambition is to transcend these vast inequities with sensitivity, sanity, and scientific rigor, striving to do so equitably, fairly, and functionally.

I understand the necessity for compassionate leadership and expansive thinking to navigate the unprecedented opportunities we now face to improve the world for everyone. Reflecting on the COVID-19 pandemic, which marked a pivotal chapter in our collective history, it is clear that the challenges we faced left deep and lasting impacts on individuals and society. The pandemic's effects underscore the importance of equitable public health initiatives. Guided by the conviction that Public Health is the new governance, I firmly believe that every life has not only equal value but an equal chance with these policies present.

The Platforms that Support the Policy

Platforms that enable continuous integration, personalized treatments, and remote medicine

Platforms that enable continuous integration, personalized treatments, and remote manipulation or enhancement through various external stimuli and common supply chains. Here’s an exploration of the most promising platforms:

1. mRNA and saRNA Platforms:

• Compatibility with External Manipulation:
  • Low-Energy Networks and UV/Infrared: mRNA platforms, particularly when combined with saRNA (self-amplifying RNA), could theoretically be manipulated externally if embedded with responsive elements that react to specific frequencies or wavelengths. The mRNA sequences could be designed to activate or deactivate in response to UV, infrared, or other low-energy signals.
  • Integration with OTC Medicines: The flexibility of the mRNA platform allows for the possibility of future integration with over-the-counter (OTC) medicines that could modulate the expression of certain genes or proteins based on the embedded mRNA. These medicines could act as activators or inhibitors depending on the desired therapeutic effect.
  • Supply Chain Integration: With advanced bioengineering, mRNA therapies could be designed to be "activated" by compounds found in specific foods, potentially through GMO plants or other engineered organisms.
• Remote and Personalized Medicine:
  • Continuous Integration: The inherent adaptability of the mRNA platform makes it ideal for personalized medicine. As the technology evolves, it could be possible to adjust the therapeutic response remotely, using external stimuli like light or sound, or through the ingestion of specific compounds that interact with the mRNA constructs present in the body.

2. DNA Vaccines and Gene Therapy:

• Compatibility with External Manipulation:
  • Site, Sound, and Energy-Based Activation: DNA vaccines and gene therapies could incorporate elements that are responsive to external electromagnetic signals. Techniques such as optogenetics (using light to control cells) already demonstrate the feasibility of such approaches, where gene expression can be controlled by light.
  • Groceries and Exotic Seeds: Gene therapies could be designed to be sensitive to specific nutrients or compounds found in certain foods, potentially allowing for "maintenance" of the therapeutic effect through diet. GMO crops could be engineered to produce these compounds.
• Remote and Personalized Medicine:
  • Continuous Integration: DNA-based platforms could allow for long-term, remotely adjustable treatments. As with mRNA, the potential to combine DNA therapies with responsive elements opens the door to continuous integration and adjustment of therapeutic regimens without additional interventions.

3. Nanoparticle-Based Platforms:

• Compatibility with External Manipulation:
  • UV/Infrared, Low-Energy Networks: Nanoparticles can be engineered to respond to specific external signals, including light, sound, and electromagnetic fields. These particles could carry drugs or genetic material and release them in response to the appropriate signal.
  • OTC Medicines and Supply Chains: Nanoparticles could be incorporated into food products, OTC medicines, or even beverages, offering a way to "dose" or adjust therapies through daily routines.
• Remote and Personalized Medicine:
  • Continuous Integration: Nanoparticle-based platforms are highly customizable and could be adjusted remotely. With the potential for embedding in various materials, they represent a promising avenue for the continuous delivery of personalized medicine.

4. Biostorage and Biocomputation Platforms (Plant-Based or Synthetic Biology):

• Compatibility with External Manipulation:
  • Supply Chains and Food Integration: As you’ve discussed before, genetically modified plants or synthetic organisms that integrate biostorage and biocomputation could play a significant role. These systems could interact with specific foods or environmental factors to modulate health responses, essentially turning everyday items into part of a therapeutic platform.
  • Sensory Activation: These platforms could be designed to respond to external stimuli like light, sound, or temperature changes, allowing for fine-tuned control over their therapeutic output.
• Remote and Personalized Medicine:
  • Continuous Integration: These platforms could enable a form of decentralized, personalized medicine, where treatment is as simple as modifying one's environment or diet to achieve the desired health outcomes.

5. Quantum and Photonic Platforms:

• Compatibility with External Manipulation:
  • Advanced External Manipulation: Quantum and photonic platforms are still in their infancy but could offer unparalleled control over biological systems. Quantum effects could be used to modulate therapies at the smallest scales, potentially through specific light frequencies or quantum entanglement, offering new dimensions in remote medicine.
• Remote and Personalized Medicine:
  • Continuous Integration: The application of quantum and photonic technologies could one day enable therapies that are entirely controlled by external quantum states or photonic inputs, providing a futuristic form of medicine that is continuously adjusted in real-time.

The mRNA platform, with its adaptability and rapid development potential, is one of the most promising for enabling the type of remote, personalized medicine you envision. However, advancements in DNA vaccines, nanoparticle-based platforms, and even quantum and photonic technologies could further enhance this vision, allowing for a future where medicine is seamlessly integrated into daily life, with continuous updates and adjustments driven by the individual’s environment, diet, and external stimuli. These platforms represent the cutting edge of medicine, moving us toward a future where health maintenance is as simple and intuitive as any other aspect of daily living.

Would you like to learn more? Study these topics.

Remote personalized medicines are enabled by a combination of several advanced technologies. Here are the key ones:

1. mRNA Platforms: These allow for the rapid development of vaccines and therapies tailored to individual genetic profiles. The adaptability of mRNA technology makes it a powerful tool for personalized medicine, enabling the creation of specific treatments based on a person's unique genetic makeup.
2. Wearable and Implantable Devices: These devices continuously monitor a patient’s health metrics in real-time. They gather data on vital signs, physical activity, and even biochemical markers, which can be used to tailor treatments. Examples include smartwatches, biosensors, and implantable glucose monitors.
3. IoT (Internet of Things) and IIoT (Industrial Internet of Things): These technologies facilitate the connection of medical devices and sensors, enabling the continuous collection and analysis of health data. This data is crucial for real-time, remote monitoring and the adjustment of therapies.
4. AI and Machine Learning: AI can analyze vast amounts of data collected from wearables, medical records, and genetic tests to predict health issues and recommend personalized treatments. Machine learning algorithms can identify patterns in health data that may not be apparent to human doctors, leading to more accurate diagnoses and treatment plans.
5. Telemedicine: Telemedicine platforms allow healthcare providers to consult with patients remotely. Combined with data from wearable devices, telemedicine can facilitate personalized treatment plans that are continuously updated based on real-time health data.
6. CRISPR and Gene Editing Technologies: These enable precise modifications to a patient’s DNA, allowing for personalized gene therapies that can target specific genetic conditions. This technology holds promise for treating diseases at their genetic roots, offering a highly personalized approach to medicine.
7. Blockchain: Blockchain technology can securely manage and share health data across platforms and providers, ensuring that a patient's personalized treatment plan is accessible and up-to-date, while also protecting their privacy.
8. Quantum Computing: While still in development, quantum computing promises to vastly increase the computational power available for analyzing complex health data, potentially leading to faster and more accurate development of personalized medicines.
9. 3D Printing and Bioprinting: These technologies allow for the creation of personalized medical devices, implants, and even tissues. Custom prosthetics, organ scaffolds, and drug delivery systems can be tailored to the individual's unique physiology.
10. Exosome-based Therapies: Exosomes can be engineered to deliver personalized therapies directly to target cells, acting as natural carriers of genetic material, proteins, or drugs. This offers a method of delivering highly targeted treatments based on a patient’s specific needs.
11. Synthetic Biology: This field involves designing and constructing new biological parts, devices, and systems. It enables the creation of custom microorganisms that can produce specific therapeutic compounds in response to a patient’s needs.
12. Bioinformatics and Genomics: The analysis of genetic information using bioinformatics tools allows for the identification of specific genetic variations that can be targeted with personalized therapies. This is fundamental to the development of tailored treatments.

These technologies, working in tandem, are driving the evolution of remote personalized medicines, offering the potential for highly individualized healthcare that is adaptive, predictive, and responsive in real-time.