Podcasts about sir harold kroto

As discussed on this podcast for some time now, carbon 60, commonly known as C60, is part of The Mitochondrial Triad for its many mitochondrial-boosting properties; namely, its ability to mitigate oxidative stress. Today's guest, Chris Burres, is all too familiar with C60, as he is the co-founder of SES Research, which has been producing C60 for industrial purposes since the early '90s. Through some rather serendipitous events, including a 2012 study where SES Research supplied the C60 that ended up extending the lifespan of rats by 90%(!!), Chris and his company found themselves flung into the crazy biohacking and longevity communities that were yearning to have C60 for human consumption.In our conversation today, Chris details the mechanisms of how C60 works to improve mitochondrial function (most notably, the B.O.S.S. Theory) and why it could be a key molecule to help humans extend lifespan beyond our current expectations. He also outlines the unfortunate state of the C60 supplement space and how most supplements have a much lower concentration than they claim and that some even have ZERO C60 in their product at all! This is why he has trademarked the term ESS60, which delineates an ultra high purity C60 that is specifically made for human consumption; meaning, if you are purchasing a C60 supplement, then "ESS60" must be in the ingredients list. Otherwise, you can assume it is a subpar product.Chris covers other interesting topics, such as how C60 is produced, his perspective on longevity and how long he believes he can live and whether or not immortality is possible, testimonials around ESS60, the upper limit for ESS60 consumption and much more! If you found the information in today's episode with Chris particularly interesting and/or compelling, please share it with a family member, friend, colleague and/or anyone that you think could benefit and be illuminated by this knowledge. Sharing is caring :)As always, light up your health! - Watch this video on YouTube - Key Points [00:00] Introduction to the Red Light Report and guest Chris Burres[00:16] Chris Burres' Background and Credentials[01:42] The Journey into C60 and ESS60: Origins and Entrepreneurial Story[02:35] Collaboration with Dr. Jerome Corsi and the Book "Live Longer and Better"[03:23] Chris' Early Entrepreneurial Aspirations and Career Path[05:16] Entering the C60 Space: The Early Days of Manufacturing[06:45] C60 and the Nobel Prize Connection[07:47] The Role of Carbon Nanomaterials in Scientific Advancements[09:20] Unique Properties of C60 and Why It Won a Nobel Prize[11:11] Fullerenes and the Buckyball: The Chemistry of C60[13:09] Quantum Behavior and Industrial Uses of C60[14:13] Practical Applications of C60: Inks, Tires, and Solar Cells[17:01] Advanced Uses: Endohedral Fullerenes and Cancer Treatment Potential[18:00] Transition to Human Consumption: Longevity Research[19:30] Study on Toxicity and the Discovery of C60's Safety for Humans[20:30] Difference between sugar molecule and sugar crystal; processing ESS60 for consumption.[21:03] Making ESS60 bioavailable by dissolving it in olive oil.[21:15] Toxicity study of ESS60 in rats leading to a 90% life extension.[22:02] Initial consumer inquiries about how much ESS60 to consume.[22:45] Labeling ESS60 as “not for human consumption” in 2013 despite studies showing safety.[23:27] Tumor-free rats after consuming ESS60 compared to control group.[24:10] Testimonials about knee pain relief (2013-2017), still labeled as "not for human consumption."[26:14] Popular YouTube influencer in 2017 led to an increase in customer interest.[27:13] ESS60 market concerns: low-quality C60 supplements.[29:12] Testing of C60 products revealed most were low in concentration, except for a few.[30:19] ESS60 trademark and safe processing of C60 for human consumption.[32:08] Manufacturing process: Vaporizing graphite rods to produce ESS60.[35:22] Importance of ultra-high vacuuming and solvent washing process.[36:52] Dissolving ESS60 in olive oil takes three weeks for optimal concentration.[38:25] Scale of C60 molecules compared to cells in the human body.[39:08] Role of mitochondria and the typical dosage of ESS60.[40:00] Reference to KT boundary and increased concentration of C60 during asteroid event.[40:28] Comparing the number of C60 molecules to cells in the body.[40:47] Where C60 is found in nature, including space and soot from candles.[41:26] How C60 was discovered by Dr. Sir Harold Kroto.[42:00] Candle soot containing C60 and how it's processed.[42:39] Vaporizing graphite rods to produce ESS60 efficiently.[43:07] Discussion on nanotubes and their strength for potential applications.[44:14] Concept of a space elevator using nanotubes.[45:22] Transition to discussing C60's mechanism of action in the body.[46:08] Role of C60 in life extension and comparison with calorie restriction.[46:41] C60's antioxidant and anti-inflammatory properties.[47:22] C60's effectiveness as an antioxidant, stronger than Vitamin C.[48:42] The impact of ESS60 on mental focus, energy, and sleep improvement.[49:39] C60's role in buffering oxidative stress in mitochondria.[50:11] Theory of C60 acting like a paddy wagon for reactive oxygen species.[52:17] Discussion on C60's effects on glutathione and mitochondrial signaling.[54:23] How C60 captures reactive oxygen species without degrading.[55:12] Connection between inflammation, mitochondrial dysfunction, and ESS60.[55:51] Exploring the synergy between red light therapy, methylene blue, and ESS60.[56:57] Methylene blue's photodynamic properties and its impact on mitochondria.[58:06] Mechanism of red light therapy improving ATP production.[59:17] Methylene blue's role in ATP production and its benefits for brain health.[1:00:18] C60 and mitochondria optimization[1:00:37] Free radicals and oxidative stress cycle[1:01:09] Impact of C60 on mitochondrial function[1:01:40] Detection of pure carbon 60 with liquid chromatography[1:02:04] Discussion on wavelengths and mitochondria research[1:02:28] Full light spectrum and nature's effects[1:03:01] Doctor Patel and mitochondrial blood test[1:03:27] BioBlue and Leuco (methylene blue and leucomethylene blue)[1:03:41] Difference between methylene blue and leucomethylene blue[1:04:49] Longevity summit and Chris's experiences with experts[1:06:02] Human lifespan limits and expert predictions[1:08:14] Medical information doubling and AI's potential impact[1:09:36]Stem cells and their connection to longevity[1:12:15] Stem cells from red bone marrow and aging[1:14:26] Benefits of ESS60 and head-to-toe testimonials[1:16:17] Quick results with ESS60 and customer experiences[1:18:08] Long-term effects and customer experiences with ESS60[1:19:51] Emotional well-being and testimonials related to quitting smoking[1:20:36] Longer emotional fuse and better sleep[1:20:53] Link between mitochondria and emotional decisions[1:21:07] Upper limit for C60 consumption[1:21:35] Toxicity level of C60 compared to olive oil[1:22:30] Examples of high C60 consumption[1:23:29] Ramping up C60 intake for mitochondrial health[1:24:14] Taking C60 to prevent hangovers[1:24:55] Anthony Kunkel's experience with C60 for ultra running[1:25:32] C60's effect on preventing damage during intense exercise[1:26:31] Pre-conditioning and dosing strategies for C60[1:26:54] C60 consistency and daily saturation[1:27:44] Where the future of C60 research is heading[1:27:57] Scientific process for validating C60 benefits[1:29:03] Upcoming research collaborations and plans[1:29:48] Extending life with refined C60 studies[1:30:01] New research on C60 reducing inflammation in animals - Where to learn more from and about Chris Burres:   Book published by Chris in 2023: Live Longer and Better   Podcast hosted by Chris: Live Beyond the Norms   LinkedIn   SES Research   - Interested in adding ESS60 to your wellness regimen?! For the next week, save 20% when you order BioC60!   Discount code: C60podcast*for this discount, choose "single" bottle and increase to your desired quantity Discount offer lasts through 10/24, midnight PST   Click here to shop BioC60 and save! - Dr. Mike's #1 recommendations: Water products: Water & Wellness Grounding products: Earthing.com EMF-mitigating products: Somavedic Blue light-blocking glasses: Ra Optics - Stay up-to-date on social media: Dr. Mike Belkowski: Instagram LinkedIn   BioLight: Website Instagram YouTube Facebook

In today’s episode, I talk to Sir Harold Kroto, who shared the 1996 Nobel Prize for Chemistry for the co-discovery of carbon-60, or Buckminsterfullerine. We continue the discussion from episode 160, and talk about – Stereotypes of scientists – Science and natural philosophy – What are non-science people interested in? – Kids as scientists – […]

In today’s episode, I talk to Sir Harold Kroto, who shared the 1996 Nobel Prize for Chemistry for the co-discovery of carbon-60, or Buckminsterfullerine. He talked to me about the discover of carbon-60, as well as the state of science in the UK and worldwide. This is part 1 of a 2 part interview. Today’s […]

Sir Harold Kroto is an English chemist and the 1996 Nobel Prize recipient in Chemistry. He currently serves as Francis Eppes Professor in the Department of Chemistry and Biochemistry at Florida State University. He researches the high-resolution electronic spectra of free radicals produced by flash photolysis (the breaking of chemical bonds by light), as well as carbon dioxide and the molecules that contain chains of carbon atoms with numerous multiple bonds. Kroto's Nobel Prize was based on his co-discovery of buckminsterfullerene, a form of pure carbon better known as "buckyballs." He is presently researching nanoscience and nanotechnology. Series: "UC Berkeley Graduate Lectures" [Science] [Show ID: 23326]

Sir Harold Kroto is an English chemist and the 1996 Nobel Prize recipient in Chemistry. He currently serves as Francis Eppes Professor in the Department of Chemistry and Biochemistry at Florida State University. He researches the high-resolution electronic spectra of free radicals produced by flash photolysis (the breaking of chemical bonds by light), as well as carbon dioxide and the molecules that contain chains of carbon atoms with numerous multiple bonds. Kroto's Nobel Prize was based on his co-discovery of buckminsterfullerene, a form of pure carbon better known as "buckyballs." He is presently researching nanoscience and nanotechnology. Series: "UC Berkeley Graduate Lectures" [Science] [Show ID: 23326]

EDITORIAL Durante septiembre, el Cinvestav tuvo el orgullo de recibir a importantes delegaciones y personalidades del extranjero, de países en donde el Centro goza de un amplio prestigio; esto lo convierte en un socio estratégico para colaboraciones científicas. De esa forma, la visita del rector de la Universidad de Bretaña Occidental de Francia, se suma a las que en ese mismo mes realizaron distintas personalidades del ámbito académico y científico de Bélgica, con quien el Cinvestav fortalecerá actividades de investigación Fue motivo de orgullo para el Centro, recibir nuevamente la visita del Premio Nobel de Química 1996, Dr. Harold Kroto, hecho que sin duda es un gran aliciente para nuestros estudiantes. Dr. Rene Asomoza Palacio Director General del Cinvestav CINVESTAV RECIBIÓ LA VISITA DEL RECTOR DE LA UNIVERSIDAD DE BRETAÑA OCCIDENTAL Para afianzar e incrementar la colaboración con el Cinvestav, principalmente en el área de investigación marina, el rector de la Universidad de Bretaña Occidental de Francia, Dr. Pascal Olivard, se reunió el pasado 25 de septiembre con el Director General del Cinvestav, Dr. René Asomoza Palacio. Durante su visita, el Dr. Pascal Olivard resaltó la cooperación que mantienen ambas instituciones, así como la calidad de los proyectos de investigación que se realizan en el Cinvestav. El rector de la Universidad de Bretaña Occidental, hizo énfasis en que México se ha convertido en un país líder a nivel regional en gestión de ambiente marino y desarrollo sustentable. Acompañado por Joël Le Bail, Agregado de Cooperación Universitaria, Científica y Técnica de la Embajada de Francia en México, y el Dr. Arnulfo Albores, Secretario Académico del Cinvestav, además de algunos investigadores de este Centro, el Dr. Pascal Olivard resaltó que el Cinvestav es la mejor opción para la cooperación científica, por lo que se ha convertido en un socio fundamental para las instituciones de investigación y universidades francesas. El Dr. Pascal Olivard se mostró interesado en concretar una colaboración con el Cinvestav encaminada a la creación de un observatorio del mar y de litorales. En su oportunidad, el Director General del Cinvestav, Dr. René Asomoza Palacio destacó que parte del reconocimiento del que goza este Centro, es producto de su vasta colaboración internacional. Luego de la presentación del Cinvestav a cargo del Dr. Arnulfo Albores, la Dra. Dalila Aldana Aranda, del Departamento de Recursos del Mar de la Unidad Mérida, hizo énfasis en la reciente creación de una Estación Marina en las costas de Yucatán, donde dijo, se han fortalecido algunas investigaciones como las de acuacultura experimental, lugar donde además se prevé brindar capacitación a los pescadores del lugar ************* PREMIO NOBEL DE QUIMICA DICTÓ CONFERENCIA EN EL CINVESTAV Luego de dos años de ausencia, el Premio Nobel de Química 1996, Dr. Harold Kroto, regresó al Cinvestav el pasado 24 de septiembre, para dictar su conferencia “Ciencia y Sociedad en el Siglo XXI”, donde destacó la importancia de la nanotecnología y sus nuevas aplicaciones. Acompañado por el Director General del Cinvestav, Dr. René Asomoza Palacio y diversas personalidades, Sir Harold Kroto expuso que basada en inéditas combinaciones atómicas, la nanotecnología tendrá en este siglo aplicaciones sorprendentes como la fabricación de materiales ultra resistentes y de bajo peso. Ante decenas de estudiantes que asistieron al auditorio Arturo Rosenblueth, el Premio Nobel de Química 1996, indicó que la nanociencia busca estudiar y controlar la materia a escala nanométrica, para trabajar y manipular las estructuras moleculares y sus átomos. Para ello utiliza herramientas de la física, la química, la biología y la ciencia de materiales. Sin embargo, a la par de la generación del conocimiento, el Dr. Harold Kroto hizo énfasis en la importancia de la educación y que ésta debe estar al alcance de toda la población, para ello, dijo, hay herramientas muy importantes como la Internet, la que consideró como la segunda revolución dentro de la educación, porque pone el conocimiento al alcance de todos. Recordó que hace unos años, creó el Fondo Vega para la Ciencia, un proyecto conjunto con Patrick Reams, productor de la BBC de Londres, a partir del cual realizan videos de ciencia para transmitirlos en diversas partes del mundo. Por su parte, el Director General del Cinvestav, Dr. René Asomoza Palacio, se mostró muy satisfecho por la visita del Dr. Harold Kroto y destacó la labor del científico inglés, no sólo en el campo de la investigación, sino de la divulgación de la ciencia.

Find show notes for this episode at: http://www.laboutloud.com/

Sir Harold Kroto, winner of the 1996 Nobel Prize for Chemistry, is in the Department of Chemistry and Biochemistry at The Florida State University. He is a tireless science educator who gives lectures, presentations and workshops to groups of all ages with the aim of communicating his passion for science. He's a fellow of the Royal Society, and was awarded its 2002 Michael Faraday Award for public appreciation of science. In this discussion with D.J. Grothe, Sir Harold Kroto relates what budded his initial interests in science, including the influence of his childhood Meccano sets, and emphasizes the importance of hands-on exploration and science learning. He recounts the discovery of the Buckminster Fullerene, for which he won the Nobel Prize, and the frustration he has with people outside the sciences who view science as only worthwhile if it is "useful." He discusses his views on religion, and how his background in science has fueled his freethinking and religious skepticism. He explores the question of whether or not science education efforts are succeeding, and details his "buckyball" workshops for children. He also explores whether or not he advances the "religion of secular humanism" when he teaches science deliberately excluding any mention of God or religion.