Finding Genius Podcast

How can one person stand up against a government coverup? With the right support and strategy, a small stone cast can cause significant ripples. Press play to learn: The part played by the Army Core of Engineers during and after Hurricane Katrina How to spread the word about issues plaguing your community Why the citizens of Louisiana were being blamed for the failure of the levees Author and activist in New Orleans, Sandy Rosenthal, shares her hard-fought battle to expose the plight against Louisiana's people in the wake of Hurricane Katrina damage. Mrs. Rosenthal sheds light on the shoddy design of the levees, which caused catastrophic flooding in Hurricane Katrina's aftermath. Though the common misconception was that local authorities were to blame for poor levee maintenance, the Army Core of Engineers was discovered to be the true culprits. Pushing through local and government persecution, the truth was revealed, and the Army Core of Engineers now claims responsibility for the flawed design. There is no need to be an expert in the subject to exact change in your community. Rosenthal shares her story of overcoming pushback against her truth and instructs future activists on how to make their voices heard, even amid harassment. For more information, visit levees.org. Episode also available on Apple Podcasts: apple.co/30PvU9C

A handful of soil really is its own universe. In fact, the mathematical properties that make for galaxy clustering is similar to the physics and biology behind the clustering of soil. So is there a big bang theory for soil? Listen in as Professor John Crawford addresses these big questions for soil-plant-microbe interactions. This conversation explores How fractal geometry applies to soil properties and why that's significant, Why the soil-plant relationship is dependent on soil's ability to allow oxygen and water to interact in a specific way, How soil microbes organize structure through a feedback loop that includes a "glue," and What these properties have to do with soil health management, carbon sequestration, climate change, better agriculture, and water retention. John Crawford is a professor in Strategy and Technology Management at the University of Glasgow. He's studied soil for over 30 years, but actually began his career in astrophysics, and it shows. He gives listeners a fascinating lesson in the organizational physics of galaxies and how he brought that expansive understanding to soil structure. Furthermore, he explains why this is worthy of close scrutiny, namely its ability to support terrestrial life. He comments that, "if soil is good at one thing . . . it's that it allows air and water to mix over a very broad range of environmental conditions." He gives a fascinating description for how it does so through a maximized interface of microbes, oxygen, carbon, and water with a biological glue to hold it together. He gets even more specific for how fungi and bacteria practice a critical job share of interactions that benefit all organisms involved. In fact, he adds that "it's probably more accurate to think about soil, as an organism, as a composite organism." He gives specific ways readers can understand these interactions through relaying classic and current studies and describes the direction his research his heading, including toward understanding how soil retains and releases carbon in different situations, how soil-plant relationships work and can benefit from intervention, and how water management can be improved through soil structures. Listen in to hear more about the fascinating universe under our feet. For more about his work, see his page at the University of Glasgow. Episode also available on Apple Podcasts: apple.co/30PvU9C

What does it mean to treat the patient, not the disease? Dr. Gary Foresman helps listeners understand what this looks like in a day-to-day approach to cancer therapies, from new cancer treatments to integrative oncology. Listen and learn Why he seeks a middle approach between western and eastern medicine, harnessing the best of what each has to offer, How he understands true integrative medicine as that which centers the patient not theories, and What daily habits can help healing through any cancer staging and how he brings patients through the process. Dr. Gary Foresman specializes in integrative cancer therapies and regenerative medicine. He's the founder of Middle Path Medicine and works entirely in the clinical field. He's able to paint a very clear picture for listeners of what it could mean to approach cancer treatment through an integrative path. This makes for a patient-oriented habit of practice, he explains. Each person makes their choice—sometimes that means more of a western approach with targeted chemo, and sometimes this means more of a natural approach. This patient-centered treatment, he adds, is really what integrative medicine should be. Ultimately, integrative practitioners are "providing tools for patients and allowing them to make better, informed decisions." This means he takes a slightly different approach to counseling patients through diet and exercise choices and even meditation as ways to treat cancer. But, he's clear that nutrition treats people and not diseases: rather than ask which diet is best for cancer or heart disease, one should ask which diet is best for themselves, he explains. Often the first thing he talks about with a patient is their stress levels, an extremely important element in cancer treatment and healing. Therefore, he's sensitive to pushing them towards diets or changes that might engender more stress rather than increase health outcomes. But he's honest with patients about what food, exercise, and mindful practices could provide them with a healthful balance alongside western approaches to treatment. Listen in to hear more about what forms this advice takes. For more about Dr. Gary Foresman, see Middle Path Medicine. Episode also available on Apple Podcasts: apple.co/30PvU9C

How have the mass hysteria and international lockdowns impacted the world economy and the daily lives of people worldwide? Principles of economics can be used to explain virtually every stage of the process. Tune in to learn: How international governments have failed their citizens and set them up for failure moving forward If a turning point is on the horizon for the pandemic in 2021 Why lockdowns are ineffective when used to stop COVID-19 Sanjeev Sabhlok, a former Indian Administrative Service member and government economist working in Melbourne, Australia, shares his experience with international economics and corruption and sheds light on the current state of the world amidst COVID-19. Mr. Sabhlok discusses the sunk cost fallacy and how it perpetuates the current state of affairs in governments worldwide. This creates mass hysteria, which only proves to exacerbate the already out-of-hand situation. The principles of lockdown and quarantine are also called into question and the types of infectious diseases that are effectively quelled by these practices. Principles of economics can help solve the mysteries of why the Coronavirus has been handled so inefficiently by the world governments and how it has affected international trade. The significant players of the pandemic are revealed, and the interactions between China, the World Health Organization, and the Imperial College are broken down to show how specific entities are benefiting from economic and societal shutdowns. Visit Sanjeev Sabhlok's blog at https://www.sabhlokcity.com for more uncensored Coronavirus analysis. Episode also available on Apple Podcasts: apple.co/30PvU9C

Ants are perfect models for Manuela Ramalho's research interest in microbiome and host symbiosis. Ants have one of the widest global distribution and habitat diversity of any animal. She captures her enthusiasm and shares it with listeners as she discusses the ecological role of insects and her research on ants. Listen and learn What key questions and ant facts are tied to a better understanding of their microbiome, How elements of an ant's ecosystem such as an ant's habitat and may or may not impact their microbiome, and How microbiomes might differ across different ant species and roles within a colony. Ant scientist Manuela Ramalho grew up in Brazil, an ecosystem flush with insects. Her academic life brought her in touch with all the possibilities of ant research and she's turned that work into a specialization in their microbiome. Now a postdoc researcher at Cornell University, she opens up this research world to listeners, offering an understanding of what we may learn about the impact of the microbiome on the ants themselves as well as how ant ecology, behavior, development, diet, and phylogeny determines the microbes. For example, after she and her colleagues studied the Neotropical species Daceton armigerum, they found that varying their diet had surprisingly no effect on their microbiome. She explains how little scientist understand about the roles of these microbes and how they are beginning to learn more. Some studies, for example, imply symbiotic roles such as microbes providing ants with nutritional benefits. Furthermore, as with most animal species, questions of coevolution may explain the function of microbe–ant symbiotic relationships. Ramhalho is heading in that direction with her latest study using ant phylogeny to map how the diversity of the ants combines with the phylogeny of bacteria, determining if bacteria are evolving together with their hosts. For more details and why these findings might be significant, listen in. For more about Manuela Ramalho, see her web page: manuelaramalho.wordpress.com. Episode also available on Apple Podcasts: apple.co/30PvU9C

"We don't treat breast cancer like one size fits all, so why are we screening that way?" asks Dr. Laura Esserman. This question directs much of her cancer genetics research and as well as a trial she's leading called the Wisdom Study. She addresses how her career has prepared her for this work and why cancer genetics and genomics data should be used for better screening. Listen and learn How the history of breast cancer treatment and screening has lagged in data systems analysis, Why a systemic approach to risk assessment is needed for such a complicated grouping of risk factors, and How the Wisdom Study is working to achieve these goals and how you and your family and friends can enroll in the trial. Dr. Laura Esserman is a cofounder of Quantum Leap Healthcare Collaborative and is faculty at the University of California, San Francisco, as professor of surgery and radiology. She directs UCSF's Carol Frank Buck Breast Care Center and is a practicing surgeon and breast cancer oncologist specialist as well. She gives listeners an effective summation of how breast cancer treatments have left effective systemic data analysis and women's voices out of the picture. She describes the complicated risk factors and our current understanding of those risk factors through cancer genome sequencing and other technologies. Her work seeks to bring this knowledge in line to provide better screening timing and techniques. Her own group, the Quantum Leap Healthcare Collective, addresses the needs of women at any stage of breast cancer, from a concern for risk, to a worry over a possible symptom, to a definitive diagnosis. She also is the Principal Investigator for the Wisdom Study, a project designed to achieve significant breast cancer research impact factors. "The only way to do better is to know better," adds Dr. Esserman, and this study seeks to do just that with a trial for, by, and about women. They currently have about 34,000 women enrolled but want to triple that number. They're seeking women between 40 and 74 to take part at wisdomstudy.org. Listen in to find out more about this study and what it hopes to accomplish. Episode also available on Apple Podcasts: apple.co/30PvU9C

Where and why the prevailing theory of biology has gone wrong might hold the very key we need in order to understand our failure to treat cancer—especially metastatic cancer. Press play to discover: Why doctors should regard cancer as its own organism with its own homeostatic drive and cellular intelligence, and how this understanding can shed light on the failure to treat late-stage cancers How radiation therapy and chemotherapy provoke mutations in tissues, and how this also explains why these therapies can work initially, but the cancer resurfaces years later How extracellular vesicles, viruses, and sperm cells are similar, and how this is related to the primary drive of speciation How lung cancer can be detected in people who have absolutely no symptoms Professor Denis Noble of the Department of Physiology, Anatomy and Genetics at the University of Oxford has been studying physiology and evolutionary biology for decades, and has made many discoveries and published countless papers along the way. Despite this, it wasn't more than a year ago that he would have said, "I don't know anything about cancer." To his surprise, a mounting body of research and evidence is showing that he might know a whole lot more about cancer than he thinks. And why is that? Because of the relationship between the evolution of species and cancer itself. Noble dives into the details of this relationship, and so much more, including early detection methods for lung and other types of cancer, the role of the immune system in picking up cancer cells that are in our body at any point in time (but never develop into cancer as we know it), decentralized cellular control in the body, what can be learned by the exosomes put out by cancer cells, the failure of the standard of care prescribed for metastatic cancers, the importance of keeping our immune systems healthy, and the microenvironment of a primary tumor vs. metastasis. Tune in for all the details.

What allows a cancer cell to proliferate and metastasize? Is cancer a product of evolutionary selection? How do the leading hypotheses in cancer research apply specifically to lung cancer? Tune in for the answer, and discover: Whether the pathway that allows an injured cell to survive could be the same or similar pathway for cell proliferation and the development of cancer Which two factors are universally recognized as risks for lung cancer, and under what circumstances non-smokers might get lung cancer How cell-to-cell signaling between different cells plays a role in the development of cancer Shervin Takyar is an associate professor at Yale School of Medicine and practicing pulmonologist who joins the show to discuss his experience with cancer, both in research and in the clinic. His work is focused primarily on endothelium, which is an important part of the tumor microenvironment, and also on what happens before cancer develops, rather than what to do once it has. What factors predispose a person to develop cancer? And which individuals are likely to develop recurrence or resistance to cancer therapies? Takyar answers a number of compelling questions, and in the process, explains what he believes to be the common denominator of all cancers, and how cancer might be viewed as the product of cycles of evolutionary selection. He also discusses how the seed-and-soil theory applies to lung cancer, cell-to-cell signaling, where primary lung tumors tend to spread and why, ongoing research looking at advanced lung tumor samples, field cancerization, what makes a tumor successful, whether there are epigenetic markers that can tell which patients have higher tolerance for tumor cells, and more.

Constant surveillance, an insidious disease-causing agent that we embrace without question, the largest biological experiment on human subjects, and lockdowns used to censor and strip us of our freedoms. Is this the future, or the present? Press play to learn: The true intention behind widespread 5G rollouts, and the impact this technology is having on human health, honey bees and birds, and even soil microbiomes How sweat droplets can serve as small antennas for receiving and sending information through high-frequency millimeter waves How 5G impacts people physically and psychologically, and exacerbates existing illnesses How the coronavirus has been weaponized against people worldwide, to censor, remove freedoms, reduce democracy, and more In 2008, Reinette Senum ran for Nevada City Council in California, and won more votes than anyone in the 150-year history of the city. She served until 2012, and again from 2016 to 2020. Among many things that she observed and acted on while on the city council, she fought to reject Senate Bill 649, which would line the streets of California with 5G antennas. Despite having been an early adopter of Wi-Fi technology and cell phones, she was becoming increasingly aware of the major biological impacts of these technologies. She talked to experts around the world, and became further resolute in her position: 5G is a military application—"EMF warfare" even—that can cause instant death even from great distances, and as such, it doesn't belong in the public sphere. Even in the face of anti-5G petitions put forth by thousands of doctors, scientists, and experts around the world, the rollouts show no signs of slowing. As soon as the coronavirus lockdowns were put in place, so too were thousands of 5G antennas all over the country, including within school systems. Senum explains the wide range of symptoms and diseases that can result from or be worsened by wireless technology. "I have done everything in my power to reduce my exposure because I know that it was impacting my health; I was able to figure that out over time. A lot of people won't know it, and when they realize it, they're going to be dealing with some type of blood cancer, tumor, or really compromised health, and unfortunately, the medical world is not keyed into this yet. In fact, hospitals…are some of the hottest environments; they're utilizing 5G everywhere," says Senum. This is just the very tip of the iceberg. Senum explains the agenda behind COVID-19 and tells listeners one eye-opening piece of information after another. She also shares her short and long-term plans, which include weekly meetings with doctors, scientists, and experts who are dedicated to revealing the truth about COVID-19, the "vaccine", 5G, censorship, and more. Tune in, visit https://vaxxter.com/ and https://www.thefoghornexpress.com/ to learn more, and find Senum on BitChute and YouTube. Episode also available on Apple Podcasts: apple.co/30PvU9C

How can bacteria, viruses, and even cuts and burns lead to cancer? Could cancer one day become a manageable, livable disease akin to HIV? For expert answers to these questions and more, tune in. You'll discover: How the mutagenic repair system leads to novel genome sequences and extrachromosomal DNA, particularly in many types of cancers, and why this repair system might have evolved How cancer cells alter their genomes and heredity, and how this can impact epigenetic regulation Whether cancer derives from a single tumor cell, or groups of cells Under what circumstances chemotherapy can trigger a transformation into a more deadly, malignant type of cancer James Shapiro is a biologist working in the Department of Biochemistry and Molecular Biology at the University of Chicago, and he has decades of research under his belt. On today's show, he pulls from years of research and accumulated knowledge to discuss various topics in the field of cancer and cancer research. These include the mutagenic potential in DNA repair systems, types of chromosome rearrangement, epigenetic regulation, speculation about whether cancer cells see and behave as a "whole" or individually, what causes cancer cells to metastasize, differences between the immune response to primary tumors vs. metastases, the role of certain therapies in inducing damaging changes in cancers, and much more. Visit https://shapiro.bsd.uchicago.edu/ to learn more about Shapiro's work. Episode also available on Apple Podcasts: apple.co/30PvU9C