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The speaker discusses the potential for elites to hack organisms and engineer life, leading to a significant revolution in biology. This shift from evolution by natural selection to evolution by intelligent design using technology like the IBM and Microsoft Clouds raises ethical concerns about playing God and the implications for humanity.

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The future masters of the planet will be determined by those who control the data. Data is crucial because it allows us to hack not only computers, but also human beings and other organisms. To hack a human, you need computing power and biometric data. The control of data could empower elites to not only create digital dictatorships, but also reengineer the future of life itself. Science is replacing evolution by natural selection with evolution by intelligent design, driven by companies like IBM and Microsoft. Additionally, science may enable life to expand beyond organic compounds into the inorganic realm. However, this development may have negative consequences for our species.

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Planting trees is not a solution to the climate issue, despite some people's fascination with them. It is nonsensical to believe that simply planting enough trees can solve the problem. We need to question whether we want to be the knowledgeable ones or the fools.

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God created organic beings like trees, giraffes, and humans. However, humans are now attempting to create inorganic lifeforms such as cyberware and artificial intelligence. If successful, which is highly likely, we will soon surpass the limitations set by God.

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The transcript discusses the legal and practical prospects of cloning a human being, focusing on the near-term feasibility and the institutions involved. It asserts that strictly speaking it would be legal to clone “me” tomorrow at a leading IVF clinic outside of New York, where people with the technology, the ability, and the desire exist to genetically engineer human embryos to become the first in the world to clone a human being. The speaker notes that there is “no doubt that human beings will be cloned,” and attributes this potential to Doctor Jacques Cohen, described as a leader in the field, who would need only the approval of his clinic’s ethics committee to make history. The conversation then shifts to the idea that, given the money and permission, cloning could occur within a year or two. The responder says, “We could clone you probably in within two years,” indicating a timeline for making a clone a reality. The transcript also presents a concrete example from a research facility in Scotland that pioneered the technique, showing that an actual cloning process is taking place there. Although the example shown is of an animal, the speaker explains that the same method could be applied to humans. The described procedure is laid out simply: take a cell from a human, such as a scraping of skin, obtain an egg from a female, remove the nucleus from the egg, fuse the skin cell and the enucleated egg with a spark of electricity, and you have an embryo. If this embryo is implanted in a woman, nine months later you would have a carbon copy of the person from whom the skin cell was taken. The speaker emphasizes the steps that lead from a skin cell to an implanted embryo and ultimately to a clone, portraying the process as technically straightforward and within reach given the appropriate approvals and resources. Overall, the transcript frames cloning as an imminent and legally permissible capability in elite IVF and research settings, driven by prominent figures like Dr. Cohen, with a plausible two-year horizon and a shown proof-of-concept in Scotland, while outlining the key molecular steps involved in producing a cloned embryo.

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Humanized mice are used in labs to test new drugs, showing chimeras already exist. A US Supreme Court ruling states that synthetic DNA can be patented, creating intellectual property rights. mRNA vaccines like Pfizer and Moderna create new genomes within people, according to the court case. The vaccines genetically modify cells throughout the body, raising questions about intellectual property rights.

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Humanized mice are used in labs to test new drugs, showing that chimeras already exist. The US Supreme Court decision allows the patenting of synthetic DNA, creating intellectual property rights. mRNA vaccines like Pfizer and Moderna create a new genome within people, as stated in the case. The shots genetically modify cells throughout the body, raising questions about separating synthetic DNA from the new genome. Translation: The video discusses the existence of chimeras, a US Supreme Court decision allowing patenting of synthetic DNA, and how mRNA vaccines create a new genome within individuals. It raises concerns about separating synthetic DNA from the new genome.

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The speakers discuss the difficulty of accepting the idea that humans are a product of genetic engineering. They mention that it is easier to believe in things that can be physically touched and worked with. The conversation then shifts to a classified document about religion, which suggests that humans are seen as containers for souls by aliens. The document also mentions that religion was created to prevent damage to these containers. The speakers mention connections between biblical figures and UFO sightings. The conversation ends with uncertainty about what else to discuss.

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US and Chinese scientists have implanted human cells into monkey embryos, raising ethical concerns about how to treat these hybrid organisms. The researchers successfully cloned monkeys with genetic disease symptoms using the CRISPR Cas9 method. By replacing a nucleus of a monkey egg cell with a fibroblast nucleus, they created embryos that were part monkey and part human. These embryos were grown in a laboratory for 20 days. The implications and potential drawbacks or benefits of creating human-monkey hybrids are still unknown.

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It is possible to engineer pathogens to be more dangerous for covert purposes, making it difficult to trace their origin. This could be done to achieve specific goals, although the usefulness to an adversary is unclear.

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Anything from nature cannot be patented, so drug companies won't spend millions testing natural substances for FDA approval. The FDA requires efficacy and safety testing, but since natural substances can't be patented, no company will invest in the testing. Therefore, according to the speaker, the FDA will always condemn anything from nature as unproven, regardless of its potential effectiveness.

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Scientists are reportedly combining viral and bacterial genetic material, creating something that wouldn't happen in nature. This could lead to the creation of superbugs. While some people might survive due to a resilient microbiome, many could die from these experiments. The justification for these experiments is to see what happens in case it occurs in nature later. However, the experiments are creating the very scenario they are trying to prepare for. The speaker argues that some scientific endeavors, like reproducing a dinosaur, should not be pursued because of potential catastrophic consequences like the dinosaur killing humanity. There is a need for better supervision of scientists and their labs.

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The secret to growing giant plants may lie in a lost farming technology called electro culture. In 1746, a Scottish doctor named Dr. Mimbray observed that electrifying trees caused them to produce new branches in October, something unprecedented. In 1902, physicist Professor Lemstrom noticed that plants grew faster under the Aurora borealis in Alaska. Today, countries like China are exploring electro culture to combat fertilizer shortages. They have achieved a remarkable 25 to 50% increase in yield while reducing fertilizer and pesticide use by 75%. Let's spread the word about electro culture farming.

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To produce super viruses and super bacteria for large-scale use, the first challenge is to address the issue of genetic modification. The fear lies in the fact that this technology could fall into the hands of extremist terrorist groups who may not care about the consequences as long as it causes harm and instills fear in humanity.

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There are humanized mice and chimeras exist, and they don't differentiate a genome to them as a genome. It cites a US Supreme Court decision, described as 'good law,' with the legislature able to change it. The holding: 'It is also possible to create DNA synthetically through the process similarly well known in the field of genetics. One such method begins with an mRNA molecule and uses the natural bonding properties of nucleotides to create a new synthetic DNA molecule.' It continues: 'you can't, in the world of intellectual property, you cannot patent something that already exists in nature. If you change that, however, into something synthetic, that new genome is in fact patentable.' The case holds that 'If you use messenger RNA to create a synthetic genome, that new genome is your intellectual property rights.' The conversation ties this to vaccines (Pfizer, Moderna) and asks how to separate the synthetic genome from DNA, noting the shots 'go throughout your entire body' and 'go everywhere.'

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Plants exhibit intelligence by perceiving light, smell, touch, and more, learning, remembering, and communicating. They lack brains but act like brains. Research shows plants can "see" without eyes. Nature shows intelligence in dolphins, pigeons, and even slime molds, which excel in maze-solving and inspire traffic solutions.

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Life cannot be contained. Evolution shows us that it breaks free, expands, and overcomes barriers, sometimes dangerously. That's just the way it is.

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Ethical concerns are raised by U.S. and Chinese scientists implanting human cells into monkey embryos. There is uncertainty about the nature of the resulting organism, whether it is human, monkey, or something in between, which raises ethical questions about their use in experiments and potential destruction. Chinese scientists have reportedly cloned monkeys with genetic disease symptoms using CRISPR Cas9 on in vitro fertilized monkey embryos. Monkeys exhibited a disrupted circadian rhythm due to the absence of BMA L1. Somatic cell nuclear transfer was used, implanting 325 embryos into 65 surrogate monkeys, resulting in five cloned monkeys carrying the altered gene. Scientists have also attempted to create human-monkey chimeras by integrating human cells into macaque monkey embryos, grown in a lab for 20 days. The drawbacks or benefits of creating such a hybrid are not yet fully known.

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In the future, technology evolves rapidly and we can create entire worlds instantly. We had to learn to control our minds to prevent negative forces from destroying us. We are from the future because plants harvest light in an impossible way. Photons of light should collide with other particles, but they don't. Instead, plants put photons into a quantum superposition, multiplying them into every possible path. When one path reaches the core without fail, it becomes the only possibility that ever existed. This is how photons reach the planet's core with incredible precision. We are from the future, and together we can bring light to the world.

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GMOs, or genetically modified organisms, were once believed to be a solution for world hunger, promising benefits like drought resistance, higher yields, improved nutrition, and reduced pesticide use. However, the reality is quite different. The majority of GMOs on the market today serve two purposes: producing insecticides within the plant itself and being resistant to herbicides. This means that bugs that consume these plants die, and the plants can be sprayed with toxic herbicides without being harmed. Consequently, we are now consuming plants that act as pesticide factories and have been exposed to herbicides.

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Human cloning is a controversial topic that some researchers claim has already been developed by classified military projects. The cloning of animals, such as Dolly the sheep, has been successfully achieved, and there are claims that human cloning is also possible. Cloning could have various applications, including creating replacement organs for medical purposes. There are theories that celebrities and even historical figures have been cloned. The idea of cloning is being subtly introduced to the public through movies, TV shows, and news stories. The possibility of human cloning raises ethical concerns and questions about the authenticity of certain individuals.

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Speaker 0 argues against labeling certain plants as weeds, stating that destroying them would mean destroying the land. They point out that the plants produce flowers, which come from them, and these flowers help butterflies, bees, and all the other pollinators. The speaker notes that “Monsanto wants to sell you some poison to get rid of the bees, the pollinators, and then Walmart will sell you, guess what, robotic bees.” They question whether viewers are watching the same video. The speaker concludes by asserting that “Monsanto says destroy the weeds because it destroys the beets.”

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The speaker discusses claims about modified RNA (MOD RNA) vaccines and DNA contamination in plasmids. They state that after creating MOD RNA on plasmids, the plasmid DNA remained and much of it could not be destroyed. They reference Kevin MacKurn’s discovery three years ago that vials were full of plasmid DNA, the whole plasmid and parts of it, and note that authorities allegedly minimized the issue, arguing that it doesn’t matter and that vaccines have saved millions of lives. The speaker asserts that the DNA in the vaccine vials was packaged in lipid nanoparticles and that this DNA would enter human cells. They reference colleagues’ publication last year (the INMODEO publication) showing that the DNA in the vaccine vials entered cells in culture and remained stable in cells for days, just as the MOD RNA did. Despite this, they say authorities dismissed the concerns with reassurance that nothing would happen. A pivotal point is attributed to a recent discovery by Kevin MacKinnon, claimed to be three weeks old, about what happens during transcription in the chromosome. The speaker explains that during production, byproducts occur and some mRNA strands do not detach from the DNA where they are formed, resulting in hybrids of DNA and RNA that come off together. The hybrids are described as dangerous, akin to “sparks of a sparkler,” and the speaker emphasizes that RNase H is an enzyme in the cell that takes care of these sparks and extinguishes them immediately. The speaker states that normal physicians don’t know about this, and they had to read up on RNase H after Jessica urged them to. The claimed consequence of failing to extinguish these hybrids is damage to the chromosome, with the metaphor that fires could light up and damage where they occur. The speaker asserts this could lead to “any illness that you see in the textbooks of medicine,” including tumors, neoplastic disease, autoimmune disease, developmental impairment, and death. They warn that the book of life—the genes and chromosomes—could be set on fire if these hybrids are not neutralized. The speaker says they have given interviews weekly, including one with Gary Null, and allege that this information is spreading worldwide. They claim that this situation is akin to attempted murder and exhort physicians globally not to participate, promising that those who do will be charged. They claim this issue is not limited to COVID vaccines but applies to all MOD RNA vaccines, including a flu MOD RNA vaccine now in use, and possibly veterinary vaccines, which they claim will be heavily contaminated with deadly dangerous hybrids. They urge authorities and controlling bodies to act, warning that they will face court if they fail to address the issue.

a16z Podcast

a16z Podcast | What's in the Water at the George Church Lab?
Guests: George Church, Jorge Conde
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In this a16z podcast episode, renowned scientist George Church discusses his groundbreaking work in genome sequencing and editing, particularly CRISPR technology. Joined by Jorge Conde, Church reflects on the implications of recent CRISPR developments, including the controversial creation of CRISPR babies in China, which aimed to provide resistance to HIV by knocking out the CCR5 gene. He emphasizes the ethical considerations surrounding germline editing and the need for regulatory oversight. Church also highlights the potential of whole genome sequencing for preventive medicine, advocating for lower costs and better privacy protections to encourage wider adoption. He shares insights from the Personal Genome Project, which aimed to educate participants about the risks and benefits of sharing genomic data. Looking ahead, Church envisions advancements in three-dimensional molecular mapping and increased genome editing capabilities, while pondering the future of de-extinction efforts, such as creating mammoth hybrids. The conversation underscores the intersection of science, ethics, and societal impact in genetic research.

The Joe Rogan Experience

Joe Rogan Experience #1294 - Jamie Metzl
Guests: Jamie Metzl
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Joe Rogan and Jamie Metzl discuss a variety of topics, starting with Metzl's experience as a cacao shaman after attending a cacao ceremony in Berlin. He emphasizes the importance of recognizing the sacredness of life and the potential for happiness within ourselves, rather than relying solely on external substances. Metzl, who specializes in genetics, explains the current moment in human evolution, where we have the ability to manipulate life through genetic engineering. He acknowledges the discomfort many feel about these advancements, as they challenge the natural order and raise ethical questions. He argues that while humans have always manipulated their environment, we must find a balance between fear and excitement regarding these changes. The conversation shifts to genetically modified organisms (GMOs) and how society has adapted to changes in food production over time. Metzl highlights that many foods we consume today are not what they were thousands of years ago, and this manipulation is a natural part of human progress. He warns that as we enter the era of genetically modified humans, we must engage in an inclusive conversation about the implications of these technologies. Rogan expresses concern about the potential for inequality, where wealthier individuals might gain access to enhancements that could lead to significant disparities in intelligence and physical ability. Metzl agrees, emphasizing the need for regulations to ensure equitable access to genetic technologies and to prevent a dystopian future where only the privileged benefit. They discuss the role of governments in regulating these technologies, acknowledging the challenges posed by political leaders who may not fully understand the science. Metzl stresses the importance of public education on genetic advancements, advocating for a bottom-up approach where citizens are informed and involved in the decision-making process. The conversation also touches on the implications of predictive genetics, where individuals could learn about their health risks and potential abilities from birth. Metzl warns that this knowledge could lead to a deterministic view of humanity, where people are judged based on genetic predispositions. They explore the future of human reproduction, predicting a shift away from natural conception towards embryo selection and genetic editing. Metzl believes this could lead to healthier lives but raises concerns about the ethical implications of selecting against certain traits. The discussion then turns to North Korea, where Metzl shares his experiences advising on special economic zones. He describes the oppressive regime and the potential for a future collapse, suggesting that a reunification with South Korea could eventually happen, albeit with significant challenges. Throughout the conversation, Metzl emphasizes the need for a collective understanding of the implications of genetic engineering and artificial intelligence, urging society to engage in meaningful dialogue about the future of humanity. He concludes by highlighting the importance of values in guiding technological advancements, advocating for a future that balances scientific progress with ethical considerations.
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