Imitation of biological systems for the solving of human problems
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4 episodes with Biomimetics
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2 episodes with Biomimetics
2 episodes with Biomimetics
2 episodes with Biomimetics
2 episodes with Biomimetics
3 episodes with Biomimetics
2 episodes with Biomimetics
Join Elevated GP: www.theelevatedgp.com https://www.kokicheducation.com/about DOT - Use the Code DENTALDIGEST for 10% off Follow @dental_digest_podcast Instagram Follow @dr.melissa_seibert on Instagram Connect with Melissa on Linkedin Jim McKee, DDS – Expert in TMD, Occlusion, and Comprehensive Dentistry Dr. Jim McKee is a highly respected authority in the fields of temporomandibular joint disorders (TMD), occlusion, and restorative dentistry. With over three decades of clinical experience and a passion for teaching, Dr. McKee has dedicated his career to understanding and addressing the complexities of the masticatory system. His expertise has helped countless clinicians improve patient outcomes, particularly for those with challenging occlusal or TMJ-related issues. Educational Background and Clinical Practice Dr. McKee earned his Doctor of Dental Surgery (DDS) degree from Loyola University School of Dentistry in Chicago. Following dental school, he focused on developing a comprehensive understanding of TMD, occlusion, and how these systems integrate with restorative and esthetic dentistry. Dr. McKee has maintained a private practice in Downers Grove, Illinois, for over 30 years. His practice focuses on treating patients with occlusal disorders, complex restorative cases, and TMD. His patient-centered approach combines advanced diagnostic techniques, individualized treatment planning, and a commitment to functional and esthetic excellence. Thought Leadership in TMD and Occlusion Dr. McKee is internationally recognized for his deep understanding of the temporomandibular joint (TMJ) and its critical role in comprehensive dentistry. His work bridges the gap between TMD, occlusion, and restorative dentistry, providing clinicians with practical strategies to treat patients with: • Chronic facial pain. • TMJ dysfunction and joint instability. • Occlusal disharmony. • Complex restorative needs involving the entire masticatory system. He has developed innovative approaches to diagnosis and treatment planning, emphasizing the importance of collaboration between specialists and general practitioners to achieve optimal results. Teaching and Mentorship Dr. McKee is a sought-after educator who lectures nationally and internationally on TMD, occlusion, and interdisciplinary dentistry. He is known for his clear, engaging teaching style and his ability to simplify complex topics, making them accessible for clinicians at all levels. He serves as a faculty member and mentor for the prestigious Dawson Academy, where he trains dentists in comprehensive, patient-centered care. His courses focus on integrating occlusal concepts with restorative and esthetic dentistry while managing the functional health of the TMJ. Dr. McKee is also a visiting faculty member at Spear Education in Scottsdale, Arizona, where he teaches advanced concepts in TMD, joint-based diagnosis, and interdisciplinary treatment planning.
Send us a textIn this thought-provoking episode, I have the pleasure of hosting Dr. Chris Rhodes, the CEO and Co-Founder of Mimio Health. A trailblazer in the field of biomimetics and regenerative health, Dr. Rhodes shares his groundbreaking research on fasting, longevity, and tapping into the body's evolutionarily conserved mechanisms. With years of expertise and a passion for pushing the boundaries of human biology, he unveils how his work is redefining health optimization for the modern world.Our conversation dives deep into the science behind fasting and the revolutionary approach of biomimetic supplementation. Dr. Rhodes explains how Mimio Health's innovative formulation recreates the benefits of a 36-hour fast, activating metabolic pathways to enhance cellular health, longevity, and resilience—all without caloric restriction. From understanding the role of key metabolites like spermidine and nicotinamide to exploring the intersections of fasting, exercise, and mental clarity, this episode offers a masterclass in harnessing the power of biology to thrive in today's environment.This episode is a must-listen for anyone curious about unlocking their body's innate potential for healing and renewal. Dr. Rhodes' insights shed light on how fasting mimetics can improve everything from metabolic health to biological age, while also empowering listeners to take charge of their own well-being. Whether you're new to fasting or looking to optimize your health with cutting-edge science, this conversation will leave you inspired to explore what's possible when we align with the natural brilliance of our biology. Tune in and take the first step toward unlocking your full potential!Looking to discover your science and optimize your life?APPLY FOR HEALTH OPTIMIZATION COACHINGhttps://coaching.knowyourphysio.org/Links Mentioned in Today's Episode:Click HERE to save on BiOptimizers MagnesiumKey Points From This Episode:Evolutionarily preserved mechanisms [00:00:11]Fasting and longevity research [00:08:06]Hormetic stress and fasting benefits [00:12:00]Psychological benefits of fasting [00:16:00]Alternate day fasting benefits [00:21:23]Fasting mimetic supplement Mimio [00:37:09]Exercise and regenerative mechanisms [00:45:06]Autophagy activation by spermidine [00:47:01]Appetite suppression and metabolism [00:54:16]Exogenous ketone esters in formulations [01:01:13]Power of self-healing [01:09:08]PeopleDr. Chris RhodesLinkedIn Official WebsiteDave PetrinoLinkedInBooks and ReferencesElegans ResearchResource on C. elegansSpermidine and AutophagyResearch Article: Study on Spermidine and AutophagyHormetic Stress MechanismsNIH Resource: Hormesis in BiologySupport the show
Though tiny, the bombardier beetle is a fascinating masterclass in design. Evolutionists claim that this explosive insect came about by chance, but frankly, that's impossible. Hosts Trey and Michael are joined by Dr. Andy McIntosh and Dr. Brian Thomas to discuss this blast of a topic in episode 29 of Creation.Live.
In this episode, you'll get to explore how you can reap the benefits of fasting (without actually having to fast), thanks to Dr. Chris Rhodes and his groundbreaking supplement, Mimio. If you're dealing with low energy, sluggish metabolism, or premature aging, Dr. Rhodes explains how Mimio mimics the effects of fasting to boost cellular health and longevity. You'll get to discover how this innovative approach can address common health issues, enhance your well-being, and help optimize your body and mind (without dealing with some of the less-than-favorable side effects of fasting, such as irritability, headaches, fatigue, and hunger pangs). Dr. Chris Rhodes received his Ph.D. in nutritional biochemistry from UC Davis and is an expert on human fasting as a health and longevity intervention. Over the course of his research, he and his team comprehensively mapped the biochemical changes that happen in the human body during prolonged periods of fasting. Dr. Rhodes discovered that the body produces multiple unique bioactive metabolites during a 36-hour fast, and when these metabolites are given as a supplement, they could recreate the cellular health and longevity benefits of fasting, including extending lifespan in model organisms by 96%. Dr. Rhodes is now the founder and CEO of Mimio Health a nutri-technology company creating first-of-their-kind biomimetic supplements designed from human biology to recreate the body's natural regenerative states. Mimio Health's first product, Mimio, is a fasting mimetic designed from over seven years of clinical fasting research at UC Davis to provide the same cellular health and longevity benefits as a 36-hour fast in a simple daily pill. Mimio has been clinically shown to produce the same anti-inflammatory, antioxidant, and cardioprotective effects as fasting, even during a meal, extend lifespan in model organisms by 96%, and reduce biological age (DNAMet) in humans. Whether you're a fasting enthusiast, new to fasting, or simply curious about how fasting can enhance your health, this episode is packed with actionable insights and groundbreaking information! Full show notes: https://bengreenfieldlife.com/mimiopod Episode Sponsors: Jaspr: Visit Jaspr.co/ben and use code BEN for 10% off. Organifi: Go to Organifi.com/Ben for 20% off your order. Manukora: If you head to manukora.com/ben or use code BEN, you'll automatically get a free pack of honey sticks with your order—a $15 value. Ketone-IQ: Save 30% off your first subscription order of Ketone-IQ at Ketone.com/BENG. Beekeeper's Naturals: Go to beekeepersnaturals.com/BEN or enter code BEN to get 20% off your order. See omnystudio.com/listener for privacy information.
They will look like fish, swim like fish and even sense like fish. Liz Garton meets a research team designing robofish and smart wetsuits to monitor the state of our oceans.
Our guest this week is Dr Deborah Benham, Biomimicry Educator, Transition Town Co-Lead Link and Deep Nature Connection facilitator - which puts her in a place to really unpick what it will take for us to depart the crumbling remains of late-stage capitalism and build a world based on connection, coherence and community. From her early days as a Marine Biologist, through her PhD on sea otters (I am not remotely envious of someone who gets to study sea otters for 3 years!), to her time in a community near Findhorn and now in a co-housing community in Dorset, Deborah's life has been oriented towards holding a vision of humanity as a helpful species on this planet. As you'll hear, she's the co-Lead Link for Transition Network, the charity which supports the international Transition towns movement; she's a trained Biomimicry Educator and with a background in Jon Young's Deep Nature Connection work, Deborah brings a practical, experiential lived and living toolkit that she shares and teaches - of how we can build thriving human societies, cultures, communities and businesses, designing with and as nature, creating mutual benefit for all life, using tech in life affirming ways, and uplifting justice, kindness and cooperation. We often reach an impasse where we know roughly what needs to happen, but don't have the conceptual or practical tools to bring it into being. Deborah has both - she's fully grounded in the theory of how communities of support, practice and place can come into being and she's teaching and living the practice. In fact - she's one of the core team creating the Nature Connection Camp from 4th - 10th August near Bedford in the UK so if you're around and want to experience the many ways we can weave the four threads she talks about, please hit the link in the show notes. Nature Connection Camp link for Tickets - https://natureculturenetwork.org/connection-camp/ USE THE DISCOUNT CODE MandaConnection - VALID TILL JUNE 14TH Promo short video - https://youtube.com/shorts/924rR_uZtdA?si=DfbMMEIdg7PSNCwtVideo channel with testimonials from previous camps - https://www.youtube.com/@NatureCultureNetworkFacebook event page - https://www.facebook.com/events/1338787930132432Resource List Connect with DeborahDeborah's website www.deborahbenham.comDeborah on Linked In Deborah on Instagram - Nature's Guide to Thriving WebsitesBiomimicry 3.8Biomimicry InstituteNature Culture Network - UKLiving Connection 1st / 8 ShieldsTransition NetworkBridport Co-HousingEvents, Courses, Online materialsIntroducing Biomimicry to your communityBiomimicry - Ask Nature Learn Biomimicry CourseCapra CourseGaia EducationNature Culture Connection Camp August 2024Nature-Based Village Building (enquire directly to Deborah to join the prototype 2024 membership)ProjectsBonn im Wandel https://www.youtube.com/watch?v=ru2pywGzsH0Liege Food Belthttps://www.theguardian.com/food/2023/jul/16/the-good-life-in-liege-the-start-of-a-food-revolutionResearch and BooksAldrich, Daniel - social ties in disaster recovery Bregman, Rutger (2021). Humankind: A Hopeful HistoryMacdonald, Miriam Kate (2022). Emergent: Rewilding Nature, Regenerating Food and Healing the World by Restoring the Connection Between People and the Wild. Pedersen Zari, M.; Hecht, K. (2020). “Biomimicry for Regenerative Built Environments: Mapping Design Strategies for Producing Ecosystem Services.” Biomimetics 2020, 5, 18. https://doi.org/10.3390/biomimetics5020018 Young, Jon, Ellen Haas and Evan McGown (2009). Coyote's Guide to Connecting with Nature.Zelenski, J.; Warber, S.; Robinson, J.M.; Logan, A.C.; Prescott, S.L. (2023). “Nature Connection: Providing a Pathway from Personal to Planetary Health.” Challenges 2023, 14, 16. https://doi.org/10.3390/challe14010016
I am a highly experienced holistic dentist with a professional journey spanning over three decades among disciplines and continents. My clinical practice, based in both the U.S. and Europe, encompasses general dentistry, systemic dentistry, cosmetic enhancements, preventive care, and specialized treatments such as amalgam removal, infection treatment, and snoring/sleep apnea interventions. I have had the privilege of leading dental departments, directing operations, creating dental technologies and patents, and overseeing patient care in diverse settings from private practices to specialized medical centers. My commitment to holistic health extends beyond traditional dentistry; I've pursued advanced studies in aesthetic medicine, acupuncture, electro-acupuncture, and other integrative disciplines, furthering my understanding of the interconnectedness of oral health with overall wellbeing. My academic credentials include an MSc in Aesthetic Medicine from Queen Mary University of London, a Doctor of Dental Surgery Degree from the University of the Pacific, School of Dentistry, and a deep foundation in biochemistry from both California State University and UCLA. As a staunch advocate for holistic, biomimetic, and environmentally conscious dentistry, I've acquired numerous accreditations, notably from the International Academy of Oral Medicine and Toxicology (IAOMT), Academy of Biomimetic Dentistry, and American Academy of Cosmetic Dentistry. Furthermore, my unique expertise in forensic dentistry as a Police Surgeon in New York showcases the diversity of my skills and contributions to the dental field. Throughout my career, I have maintained active memberships with globally recognized dental associations, remaining committed to ongoing education, knowledge sharing, and promoting holistic dentistry principles. As a seasoned practitioner, I'm passionate about harnessing the power of integrative care to create personalized and comprehensive dental experiences for my patients. Over the years, a consistent dedication to holistic dentistry has been showcased through diverse professional engagements, from the Holistic Dental Association's emphasis on Dental Epigenetics and Biomimetics to collaborations with Dr. Klinghardt Institute on systemic dentistry. This journey, marked by insights into the links between oral health and systemic well-being, has positioned dentistry as central to overall health. Both live sessions and online appearances, like the Myers Detox Podcast and Dr. Talks Summit, have echoed this sentiment, spotlighting the evolving role of dental practices in holistic wellness. I'm most proud of my patent established on United Stats Patient, Registered September 8th, 2020 for the Casanova Facelift technology. I possess a wealth of expertise in dentistry and related fields, gained through extensive continuous education and specialized training that is unmatched except by the 1% of top dentists. My journey encompasses a diverse range of courses, seminars, and conferences, spanning topics such as advanced aesthetics, injectable fillers, dental implants, holistic dentistry, and more. Through this journey, I've developed a deep understanding of dental practice, blending theoretical knowledge with hands-on experience to embrace emerging technologies and evolving medical trends. Website : www.systemicdentist.com Work With Me: Mineral Balancing HTMA Consultation: https://www.integrativethoughts.com/category/all-products My Instagram: @integrativematt My Website: Integrativethoughts.com Advertisements: Valence Nutraceuticals: Use code ITP20 for 20% off https://valencenutraceuticals.myshopify.com/ Zeolite Labs Zeocharge: Use Code ITP for 10% off https://www.zeolitelabs.com/product-page/zeocharge?ref=ITP Magnesium Breakthrough: Use Code integrativethoughts10 for 10% OFF https://bioptimizers.com/shop/products/magnesium-breakthrough Just Thrive: Use Code ITP15 for 15% off https://justthrivehealth.com/discount/ITP15 Therasage: Use Code Coffman10 for 10% off https://www.therasage.com/discount/COFFMAN10?rfsn=6763480.4aed7f&utm_source=refersion&utm_medium=affiliate&utm_campaign=6763480.4aed7f Chapters: 00:00 Introduction and Background 08:15 The Influence of Dr. Klinghardt 29:57 Preparation and Protocols for Dental Procedures 38:30 Understanding Cavitations and Their Impact on Health 54:46 The Importance of Holistic Healing in Addressing Cavitations 01:07:43 Diagnosing Cavitations with 3D Cone Beam Scans 01:17:20 Zirconia Implants: A Better Alternative to Titanium Takeaways: Biological dentistry takes a holistic approach to dental health, considering the impact of dental issues on the immune system and overall well-being. Mercury fillings and dental infections can have long-term effects on health, including chronic issues and systemic toxicity. Proper preparation and protocols are essential before and after dental procedures to ensure successful outcomes and minimize the risk of complications. Biomimetic dentistry focuses on conserving as much natural tooth structure as possible and using advanced techniques to promote longevity and oral health. Addressing gut health and heavy metal detoxification are crucial aspects of dental care and overall wellness. Cavitations are infections in the jaw that can cause autoimmune issues and other health problems. Improper tooth extractions and other factors can lead to cavitations. Mercury fillings and heavy metal toxicity can contribute to cavitations and other health issues. Detoxification and chelation protocols should be approached with caution and under the guidance of a knowledgeable practitioner. Addressing the physical, energetic, mental, intuitive, and spiritual aspects of healing is important. A 3D cone beam scan is recommended for diagnosing cavitations. Finding a dentist with expertise in whole body dentistry is crucial. 3D scans are essential for identifying cavitations and should be a standard practice in dentistry. Continuing education is crucial for dentists to stay updated on new treatments and technologies. Mineral balancing plays a significant role in overall health and should be considered in patient care. Melatonin can aid in detoxification and improve sleep architecture. Zirconia implants are a better alternative to titanium implants due to their biocompatibility and ability to allow light to pass through. Addressing structural issues before dental procedures is important for long-term success. Collaboration between dentists and chiropractors can enhance treatment outcomes. Keywords: biological dentistry, mercury fillings, dental infections, cavitations, holistic approach, immune system, dental toxins, dental procedures, biomimetic dentistry, gut health, heavy metal detoxification, root canals, cavitations, jaw infections, autoimmune issues, tooth extractions, mercury fillings, heavy metal toxicity, detoxification, chelation, holistic healing, 3D cone beam scan, whole body dentistry, cavitations, 3D scans, continuing education, mineral balancing, melatonin, zirconia implants, structural issues, collaboration
Die Themen in den Wissensnachrichten: +++ Der Arktis-Forschung fehlen wichtige Daten aus Russland +++ Igel-Sicherheitstest für Mähroboter +++ Wie Eulen lautlos fliegen können +++**********Weiterführende Quellen zu dieser Folge:Towards an increasingly biased view on Arctic change, Nature Climate Change, 22.01.2024Applied Hedgehog Conservation Research, Special Issue of Animals, Januar 2024Making wine in earthenware vessels: a comparative approach to Roman vinification, Cambridge University Press, 23.01.2024Trailing-edge fringes enable robust aerodynamic force production and noise suppression in an owl wing model, Bioinspiration & Biomimetics, 17.11.2023Modelling of longitudinally cut carrot curling induced by the vascular cylinder-cortex interference pressure, Royal Society Open Society, 24.01.2024Alle Quellen findet ihr hier.**********Ihr könnt uns auch auf diesen Kanälen folgen: Tiktok und Instagram.
How do you become an innovator? What sparks creativity? What goes into creating something that becomes iconic? Instead of predicting the future, what if you could create it? Well, that is pretty much what Hussain Almossawi does. He easily walks between digital and physical worlds as he creates futuristic concepts, experiences and objects. Hussain is an award-winning industrial designer, CGI/Visual Effects Artist, and best-selling author of The Innovator's Handbook. He has worked across industries and around the world consulting for companies such as Nike, Apple, Adidas, EA Sports, Intel, and Ford Motor Company, among others. He is a frequent keynote speaker on innovation and design, and has taught at the Parsons School of Design, The New School, and other institutions. Born in Bahrain, Hussain came to the US and received his Bachelor of Fine Arts in Graphic Design from the University of Illinois, and his Masters in Industrial Design at the University of Alberta with his thesis on "Biomimetics, Innovation, and Design.” In 2019, Hussain founded Mossawi Studios, a multi-disciplinary design studio specializing in creating memorable, iconic, and bold experiences. He loves blurring the lines between the digital and physical worlds, creating futuristic concepts and experiences, and storytelling. At the time of this conversation, Hussain has just won first place in the DNA Paris Design Awards with his Lamborghini Performance Footwear project – which is beautiful and amazing. Hussain is an inspiration and works to make the world a more beautiful and functional place, I can't wait to see what he does next!
In these three episodes of World Ocean Radio we are exploring a recent publication entitled “A Forgotten Element in the Blue Economy: Marine Biomimetics and Inspiration from the Deep Sea,” authored by Robert Blasiak from the Stockholm Resilience Center in Sweden. The article identifies seven broad categories of biomimetic design: adhesion, anti-fouling, armor, buoyancy, movement, sensory, and stealth. In this 3-part series we'll discuss each with examples of application, technological invention, and as effective solution models for response to negative human intervention and climate change, and for ocean protection and conservation.
In part three of this 3-part series, we continue to explore the recent publication related to marine biomimetics and the deep sea, identifying the seven broad categories of biomimetic design, discussing each with examples of application, technological invention, and as effective solution models for response to negative human intervention and climate change, and for ocean protection and conservation.World Ocean Radio provides coverage of a broad spectrum of ocean issues from science and education to advocacy and exemplary projects. Hosted by Peter Neill, Director of W2O, World Ocean Radio is a weekly series of five-minute audio essays available for syndicated use at no cost by college and community radio stations worldwide.World Ocean Radio offers five-minute weekly insights that dive into ocean science, advocacy and education, hosted by Peter Neill, Director of the W2O, author, and lifelong ocean advocate. Episodes offer perspectives on global ocean issues, today's challenges, marine science and policy, and exemplary solutions. Available for RSS feed, podcast, and syndicated use at no cost by community radio stations worldwide.
Over the next few editions of World Ocean Radio we will be discussing a recent publication entitled “A Forgotten Element in the Blue Economy: Marine Biomimetics and Inspiration from the Deep Sea,” authored by Robert Blasiak from the Stockholm Resilience Center in Sweden. The article identifies seven broad categories of biomimetic design: adhesion, anti-fouling, armor, buoyancy, movement, sensory, and stealth. In this 3-part series we'll discuss each with examples of application, technological invention, and as effective solution models for response to negative human intervention and climate change, and for ocean protection and conservation.
In these three episodes of World Ocean Radio we are exploring a recent publication entitled “A Forgotten Element in the Blue Economy: Marine Biomimetics and Inspiration from the Deep Sea,” authored by Robert Blasiak from the Stockholm Resilience Center in Sweden. The article identifies seven broad categories of biomimetic design: adhesion, anti-fouling, armor, buoyancy, movement, sensory, and stealth. In this 3-part series we'll discuss each with examples of application, technological invention, and as effective solution models for response to negative human intervention and climate change, and for ocean protection and conservation.World Ocean Radio provides coverage of a broad spectrum of ocean issues from science and education to advocacy and exemplary projects. Hosted by Peter Neill, Director of W2O, World Ocean Radio is a weekly series of five-minute audio essays available for syndicated use at no cost by college and community radio stations worldwide.World Ocean Radio offers five-minute weekly insights that dive into ocean science, advocacy and education, hosted by Peter Neill, Director of the W2O, author, and lifelong ocean advocate. Episodes offer perspectives on global ocean issues, today's challenges, marine science and policy, and exemplary solutions. Available for RSS feed, podcast, and syndicated use at no cost by community radio stations worldwide.
Episode: 1068 On trying to copy nature -- harder than you might think. Today, we try to copy Mother Nature.
Why were navies during WWI painting their ships like zebras to "hide" from the enemy? What products in our daily lives were inspired by animals? How did the invention of the bicycle change the place of women in society? Kyle and Jheisson answer these questions and more as they float across Wikipedia from dazzle camouflage to biomimetics and then mansplain their way through the article for bicycling and feminism.Follow @wikiuniversity on TikTok, YouTube, and Instagram for additional video contentMusic provided by Davey and the Chains
● History and Benefits of Fasting ● Short and Long-Term Fasting ● Tips to Achieving a 36 to 48-hour Fast ● The biomimetic Approach ● And so much more! Links mentioned in this episode! Show notes page: https://burnitnutrition.com/podcast151/ . . Nutrisense - Visit http://nutrisense.com/burnit and use code Burnit to save $30 on your Continue Glucose Monitor CGM . . Mimio - World's first Biomimetic Fasting supplement, Mimio offers a 100% Happiness Guarantee, so you've got nothing to lose. - http://mimiohealth.com/ . . CoPilot – Start feeling fit and fabulous by starting your free 14 day trial with our own personal trainer – http://go.mycopilot.com/BURNIT . . BiOptimizers - Get Magnesium Breakthrough and get 10% OFF with code burnit10 - - www.magbreakthrough.com/burnit . . Learn more about Dr. Chris Rhodes Website: http://mimiohealth.com/ Facebook: https://www.facebook.com/mimiohealth Instagram: https://www.instagram.com/mimiohealth/ . . Podcast Shop Page for Best Deals at https://burnitnutrition.com/shop . Vitamin C I use at https://burnitnutrition.com/shop . Leave me a rating & review on Apple Podcasts: https://itunes.apple.com/us/podcast/burn-it-nutrition-podcast/id1195955730?mt=2 . Follow Joseph Navarro on Instagram under @BurnitNutrition . Follow Joseph Navarro on Facebook under @BurnitNutrition . Thank You for Listening!! Please share this episode! Be the one who helps spark a transformation in your family! Feedback to share? Send email to info@BurnitNutrition.com Subscribe! Don't miss another episode! Notice of Sponsorship Affiliate Disclosure with Nutrisense, Mimio, BiOptimizers, CoPilot Please read the full medical disclaimer burnitnutrition.com/medical-disclaimer/
Over the next few editions of World Ocean Radio we will be discussing a recent publication entitled “A Forgotten Element in the Blue Economy: Marine Biomimetics and Inspiration from the Deep Sea,” authored by Robert Blasiak from the Stockholm Resilience Center in Sweden. The article identifies seven broad categories of biomimetic design: adhesion, anti-fouling, armor, buoyancy, movement, sensory, and stealth. In this 3-part series we'll discuss each with examples of application, technological invention, and as effective solution models for response to negative human intervention and climate change, and for ocean protection and conservation.World Ocean Radio provides coverage of a broad spectrum of ocean issues from science and education to advocacy and exemplary projects. World Ocean Radio, a project of the World Ocean Observatory, is a weekly series of five-minute audio essays available for syndicated use at no cost by college and community radio stations worldwide.World Ocean Radio offers five-minute weekly insights that dive into ocean science, advocacy and education, hosted by Peter Neill, Director of the W2O, author, and lifelong ocean advocate. Episodes offer perspectives on global ocean issues, today's challenges, marine science and policy, and exemplary solutions. Available for RSS feed, podcast, and syndicated use at no cost by community radio stations worldwide.
The Buscemi Family Dentistry is synonymous with biomimetic, biological and airway dental services in Bloomfield Hills, Michigan, and their corner of the Mitten.Let us break it down: “Bio” refers to the word “life.” “Mimetic” is rooted in the word “mimesis,” which means to “mimic” or “imitate.” So, biomimetic services and techniques are designed to mimic the properties of natural tissues. Therefore, my guest supports this tissue-preserving approach to dentistry by:Conserving as much of the teeth as possible, minimizing the amount of tooth structure that is drilled away during procedures, avoiding root canal therapy and other more extensive dental procedures whenever possible.He emphasizes treatments that restore and retain the natural tooth, rather than the removal and replacement of teeth. https://www.buscemifamilydentistry.com/http://www.yourlotandparcel.org
Steven joins me to talk all things posterio restorations and the biomimetic approach he delivers We cover a whole range of biomimetic principles as well as prep design and cementation protocols
Dr. Ehab Sayed, Founder and Chief Evolution Officer at Biohm and Board Member of Fast Forward 2030, speaks to Hannah MacInnes to discuss why there is such a pressing need to rethink current norms in construction in order to design and create a healthy, resilient and sustainable built environment for our growing population.
Nature is an incredible source of inspiration for scientists and R&D experts, leading to the development of biomimicry: a new branch of science that seeks to imitate living things. Through biomimicry, researchers are able to develop new technologies by studying and imitating the designs created in nature by Allah. This approach has been applied in the world of technology, particularly in nanotechnology, robot technology, artificial intelligence, medicine, and the military. By drawing from these natural systems as models, humans are able to create more sustainable technologies than those in use today. Biomimicry has surprised scientists and revealed incomparable structures and systems that have the potential to enrich technology in a wide range of fields. Nature is a source of inspiration for scientists, and biomimicry is a way of using the extraordinary designs in living things in the service of humanity. Scientists are making important gains with regard to time and labor, and using less material resources by imitating nature. There are many scientific papers that discuss these topics, such as "Science is Imitating Nature," "Life's Lessons in Design," "Biomimicry: Secrets Hiding in Plain Sight," and more. In the 19th century, nature was only imitated aesthetically, but in the 20th century, scientists began studying natural mechanisms at the molecular level and learned from living things, as revealed in the Qur'an 1,400 years ago. Notes: 159. Frederick Pratter, "Stories from the Field Offer Clues on Physics and Nature," Christian Science Monitor; www.biomimicry.org/reviews_text.html 160. "Biomimicry;" www.bfi.org/Trimtab/spring01/biomimicry.htm 161. Michelle Nijhuis, High Country News, July 6, 1998, vol. 30, no. 13, www.biomimicry.org/reviews_text.html 162. "Biomimicry Explained: A Conversation with Janine Benyus," www.biomimicry.org/faq.html 163. Bilim ve Teknik, August 1994, 43. 164. Philip Ball, "Life's lessons in design," Nature 409 (2001): 413-16; www.nature.com/cgi-taf/DynaPage.taf?file=/nature/journal/v409/n6818/full/409413a0_fs.html&filetype=&_UserReference=C0A804EF465069D8A41132467E093F0EDE99. 165. "Biomimicry: Secrets Hiding in Plain Sight," NBL (New Bottom Line) 6, no. 22, November 17, 1997; www.natlogic.com/resources/nbl/v06/n22.html 166. Janine M. Benyus, Biomimicry: Innovation Inspired by Nature (New York: William Morrow and Company, Inc.: 1998); www.biomimicry.org/reviews_text.html 167. Ed Hunt, "Biomimicry: Genius that Surrounds Us," Tidepool, www.biomimicry.org/reviews_text.html 168. Robin Eisner, "Biomimetics: Creating Materials from Nature's Blueprints," The Scientist, July 8, 1991; www.the-scientist.com/yr1991/july/research_910708.html 169. Jim Robbins, "Engineers Ask Nature for Design Advice," New York Times, December 11, 2001.
Join us for a chat with the founder of @michalmorrisonskincare as she shares the story behind the creation of the Genesis βSTEM6TM Molecular Serum, which aims to define and lead a new category of biomimetic skincare technology with its proven, proprietary, and patent-pending βSTEM6 molecule. This biotech breakthrough has a mechanism of action validated by 25 years of research in stem cell science and regenerative medicine from the laboratory of Dr. Michael Kahn. The βSTEM6 molecule will be exclusively available in Michal Morrison products. The company was founded by Austin-based entrepreneur Michal Ann Morrison, who previously survived a Traumatic Brain Injury in 2016 and has since become a passionate advocate for people with disabilities. βSTEM6 is a nextgen, patent-pending ‘metamoleculeTM' that restores the self-rejuvenating power of our skin that has diminished over time. The result of over two decades of research in regenerative medicine and recent advances in stem cell science, βSTEM6 uses your biology's inherent potential to extend cell longevity. As the first and only bioserum with βSTEM6, this molecular superpower works with the skin's chemistry to awaken the millions of cells responsible for healthy-looking skin. A formal and independent clinical study was conducted by one of the country's preeminent board-certified dermatologists and President of Dermatology Consulting Services, PLLC, Dr. Zoe Draelos, M.D. The study demonstrated dramatic improvements in the multiple signs of skin aging such as facial lines, wrinkles, loss of elasticity and uneven pigmentation. The inspiration for the development of the company's proprietary and patent-pending intellectual property, the βSTEM6 molecule, was Michal's association with Dr. Fuqiang Ruan, an innovative scientist with a doctorate in Synthetic Organic Chemistry who had previously worked in Dr. Kahn's laboratory. Dr. Michael Kahn is currently Professor of Cancer Biology and Molecular Medicine at the Beckman Research Institute, City of Hope. --- Send in a voice message: https://anchor.fm/skincareanarchy/message Support this podcast: https://anchor.fm/skincareanarchy/support
Today's ID the Future completes a talk by award-winning British engineer Stuart Burgess, who explains how the human ankle and wrist joints offer powerful evidence of engineering genius. Burgess is answering evolutionist Nathan Lents, who has argued that human joints are badly designed and, therefore, evidence against intelligent design and for Darwinian evolution's blind trial-and-error process. According to Burgess, Lents ignores—and seems to be ignorant of—the many ingeniously engineered features of our joints, leading Lents to make easily refuted claims. For example, Lents says an ankle with fused bones would be a superior design to a healthy human ankle. Not if the person hopes to play squash or tackle any number of other activities that require the suppleness and responsiveness of Read More › Source
In this episode I am joined by Fran Brelsford for a Biomimetic Q&A where Fran discusses a whole range of topics withing the area. We are joined by none other than David Alleman for a cameo appearance as well as Fran's fellow Alleman Mastership Alumni Stewart Beggs to give us an update on their Emulate courses. Havign been fortunate enough to be on the first Emulate posterior course last year, I can only highly recommend it! So if you enjoyed this episode be sure to check it out!
Nuno Maulide é químico e professor catedrático na Universidade de Viena, onde é diretor do Instituto de Química Orgânica, a sua área de investigação. Publicou, juntamente com Tanja Traxler, o livro «Como se Transforma Ar em Pão -- Estas e outras questões a que só a química sabe responder». -> Apoie este projecto e faça parte da comunidade de mecenas do 45 Graus em: 45graus.parafuso.net/apoiar _______________ Índice da conversa: (4:33) Início: Porque há tão pouca divulgação na Química? Carl Sagan, Richard Feynman (12:19) A atribuição do Prémio Nobel da Química é mais “conservadora” do que noutras áreas? | Egas Moniz e o Nobel | Carl Djerassi (inventor da pílula) | Adolf Windaus (colesterol) (24:22) Química Orgânica. | Porque é toda a vida baseada em carbono? | Aminoácidos (via hidroxiácidos) | Porque é que a natureza continua a ser melhor em muitas reacções químicas? A Origem da Vida na Terra (33:10) “Transformar ar em pão”: processo de Haber-Bosch. Biomimetics (44:43) Porque há reações que funcionam só em pequena escala? Process chemistry (54:17) A revolução dos plásticos: a descoberta da síntese do polietileno. | E o problema da poluição. | Será possível produzir gasolina a partir de plástico? | E criar espumas através de CO2? | E tratar os resíduos da produção de azeite? (1:04:50) Porque é tão comum o carbono, tanto na vida como no que produzimos? Alternativas: silício | Porque as mesmas moléculas podem ter formas diferentes? …e como ajuda a explicar os efeitos da febre. | Mecanoquimica. (1:10:39) É igual comer pão e açúcar refinado? | É possível criar uma “ração humana” equilibrada? (e a comparação com os livros electrónicos). Sal, açúcar e gordura. Gorduras trans. | Leite sem lactose Livros recomendado: (vários de) Malcolm Gladwell; vários de Simon Sinek _______________ O convidado deste episódio é o químico Nuno Maulide, e conversámos a propósito do livro que publicou recentemente, com Tanja Traxler: «Como se Transforma Ar em Pão -- Estas e outras questões a que só a química sabe responder». O Nuno é químico e professor catedrático na Universidade de Viena, onde é diretor do Instituto de Química Orgânica, a sua área de investigação. Muitos de vós terão ouvido falar dele pela primeira vez em 2019, quando foi eleito Cientista do Ano, na Áustria; uma distinção que não é única: o Nuno é também o mais novo membro permanente da Academia de Ciências austríaca, e o único estrangeiro fora dos países germanófonos a integrá-la. O impacto do prémio acabou por motivar a escrita deste livro, que pretende divulgar a sua área de formação junto do grande público, explicando questões a que, como diz o subtítulo, só a química sabe responder. A nossa conversa começou precisamente por este ponto: porque é que a química é ainda pouco divulgada e os químicos são muitas vezes menos proactivos do que outras áreas da ciência neste trabalho de divulgação? Eu próprio, como digo no início, tenho tido vários convidados físicos e biólogos, mas o Nuno é apenas o segundo químico que recebo no 45 Graus… Falámos também de vários aspectos da Química. E aqui vale a pena clarificar alguma terminologia técnica que o convidado utiliza. A Química estuda sobretudo moléculas e o modo como estas se formam a partir de átomos, que se ligam entre si; átomos de oxigénio, heterogénio, carbono, etc. Para formar moléculas, os átomos partilham entre si um ou mais electrões da sua camada exterior. E, como o convidado refere a certo ponto, pode haver vários tipos de ligações: Quando cada átomo partilha um eletrão, estamos a falar de uma ligação simples. É o que acontece, por exemplo, nas moléculas de água, com dois átomos de hidrogénio e um de oxigénio (daí o H2O). Mas pode haver também ligações duplas ou mesmo triplas, em que os átomos se ligam via três electrões partilhados. E quanto maior o número de ligações, como explica o convidado, mais difícil é quebrá-las em laboratório -- o que é essencial se quisermos sintetizar compostos novos -- e isso explica muitos dos desafios da química moderna. Durante a nossa conversa, focámo-nos sobretudo na área de investigação do Nuno, a Química Orgânica, que trata do estudo das moléculas que têm por base em átomos de carbono. E aqui cabe muita coisa, pois as moléculas com base em carbono estão não só em muitos produtos familiares, como os combustíveis fósseis e os plásticos, mas também -- mais importante ainda -- em toda a vida existente na Terra. Falámos por isso de alguns processos químicos essenciais à vida moderna, como o de de Haber-Bosch, dos seus custos (como a poluição), e também da dificuldade que continua a existir, mesmo com todos os progressos na química, em replicar muitas reacções químicas da natureza em laboratório -- o que implica que os métodos que a indústria química são, na prática, mais força bruta do que sofisticação. E falámos do papel do carbono na vida na Terra. Será que era forçoso que todas as formas de vida fossem baseadas nele, ou é uma coincidência? Finalmente, no último trecho da conversa, abordámos ainda a química que existe naquilo que comemos, e de alguns mitos que existem nesta área. _______________ Obrigado aos mecenas do podcast: Julie Piccini, Ana Raquel Guimarães Galaró family, José Luís Malaquias, Francisco Hermenegildo, Nuno Costa, Abílio Silva, Salvador Cunha, Bruno Heleno, António llms, Helena Monteiro, BFDC, Pedro Lima Ferreira, Miguel van Uden, João Ribeiro, Nuno e Ana, João Baltazar, Miguel Marques, Corto Lemos, Carlos Martins, Tiago Leite Tomás Costa, Rita Sá Marques, Geoffrey Marcelino, Luis, Maria Pimentel, Rui Amorim, RB, Pedro Frois Costa, Gabriel Sousa, Mário Lourenço, Filipe Bento Caires, Diogo Sampaio Viana, Tiago Taveira, Ricardo Leitão, Pedro B. Ribeiro, João Teixeira, Miguel Bastos, Isabel Moital, Arune Bhuralal, Isabel Oliveira, Ana Teresa Mota, Luís Costa, Francisco Fonseca, João Nelas, Tiago Queiroz, António Padilha, Rita Mateus, Daniel Correia, João Saro João Pereira Amorim, Sérgio Nunes, Telmo Gomes, André Morais, Antonio Loureiro, Beatriz Bagulho, Tiago Stock, Joaquim Manuel Jorge Borges, Gabriel Candal, Joaquim Ribeiro, Fábio Monteiro, João Barbosa, Tiago M Machado, Rita Sousa Pereira, Henrique Pedro, Cloé Leal de Magalhães, Francisco Moura, Rui Antunes7, Joel, Pedro L, João Diamantino, Nuno Lages, João Farinha, Henrique Vieira, André Abrantes, Hélder Moreira, José Losa, João Ferreira, Rui Vilao, Jorge Amorim, João Pereira, Goncalo Murteira Machado Monteiro, Luis Miguel da Silva Barbosa, Bruno Lamas, Carlos Silveira, Maria Francisca Couto, Alexandre Freitas, Afonso Martins, José Proença, Jose Pedroso, Telmo , Francisco Vasconcelos, Duarte , Luis Marques, Joana Margarida Alves Martins, Tiago Parente, Ana Moreira, António Queimadela, David Gil, Daniel Pais, Miguel Jacinto, Luís Santos, Bernardo Pimentel, Gonçalo de Paiva e Pona , Tiago Pedroso, Gonçalo Castro, Inês Inocêncio, Hugo Ramos, Pedro Bravo, António Mendes Silva, paulo matos, Luís Brandão, Tomás Saraiva, Ana Vitória Soares, Mestre88 , Nuno Malvar, Ana Rita Laureano, Manuel Botelho da Silva, Pedro Brito, Wedge, Bruno Amorim Inácio, Manuel Martins, Ana Sousa Amorim, Robertt, Miguel Palhas, Maria Oliveira, Cheila Bhuralal, Filipe Melo, Gil Batista Marinho, Cesar Correia, Salomé Afonso, Diogo Silva, Patrícia Esquível , Inês Patrão, Daniel Almeida, Paulo Ferreira, Macaco Quitado, Pedro Correia, Francisco Santos, Antonio Albuquerque, Renato Mendes, João Barbosa, Margarida Gonçalves, Andrea Grosso, João Pinho , João Crispim, Francisco Aguiar , João Diogo, João Diogo Silva, José Oliveira Pratas, João Moreira, Vasco Lima, Tomás Félix, Pedro Rebelo, Nuno Gonçalves, Pedro , Marta Baptista Coelho, Mariana Barosa, Francisco Arantes, João Raimundo, Mafalda Pratas, Tiago Pires, Luis Quelhas Valente, Vasco Sá Pinto, Jorge Soares, Pedro Miguel Pereira Vieira, Pedro F. Finisterra, Ricardo Santos _______________ Esta conversa foi editada por: Hugo Oliveira _______________ Bio: Nuno Maulide, professor catedrático na Universidade de Viena, foi eleito Cientista do Ano, na Áustria, aos 39 anos, e distinguido pela Academia Austríaca de Ciências com o prémio, Ignaz Lieben, a distinção mais antiga atribuída a cientistas, pelos seus contributos excecionais para o desenvolvimento de novos mecanismos de reação em química orgânica, que podem levar à produção de novos medicamentos, mais ajustados às necessidades dos doentes. É o mais novo membro permanente e o único estrangeiro fora dos países germanófonos a integrar a Academia de Ciências austríaca. Dedica-se a repensar a química de síntese, que está na origem de quase tudo o que usamos. Quer retirar-lhe lixo e torná-la mais sustentável. Atualmente está a trabalhar num projeto para reinventar a síntese do Mentol e a tornar mais amiga do ambiente e eficiente – é um dos projetos da startup que ele cofundou em Portugal. No seu livro, este cientista vai explicar entre muitas outras questões que só a química sabe responder, por exemplo, por que razão as maçãs devem ser guardadas sozinhas para se manterem frescas mais tempo? Porque é que choramos quando cortamos uma cebola? Porque é que as casas de banho no Quénia cheiram menos mal do que nos Estados Unidos da América? Ou como se transforma ar em pão?
On today's ID the Future, radio host Hank Hanegraaff continues his conversation with Animal Algorithms author Eric Cassell. Here they look at more insects with strikingly sophisticated innate behavior, suggesting intricate algorithms encoded into their brains from birth, all of which cannot be effectively explained by reference to Darwinian evolution. Cassell and Hanegraaff touch on wasp martial arts; termite altruism and termite architectural skills, including a cooling system that has inspired a human design; interdependent social caste systems that enhance fitness; and spiderweb architecture and the extraordinary properties of spider silk, including the different kinds of silk and the spider's ability to employ different types precisely tailored for different needs. Cassell looks at evolutionary explanations for these innate abilities that Read More › Source
Dr. Kara Spiller, PhD (https://drexel.edu/biomed/faculty/core/SpillerKara/) is Associate Professor in the Biomaterials and Regenerative Medicine Laboratory at Drexel University, in Philadelphia. Dr. Spiller received her bachelor's, master's, and doctoral degrees in biomedical engineering from Drexel University where she conducted her doctoral research in the design of semi-degradable hydrogels for the repair of articular cartilage in the Biomaterials and Drug Delivery Laboratory at Drexel, and in the Shanghai Key Tissue Engineering Laboratory of Shanghai Jiao Tong University. After completing her PhD, when she received the award for Most Outstanding Doctoral Graduate: Most Promise to Enhance Drexel's Reputation, she conducted research in the design of scaffolds for bone tissue engineering as a Fulbright Fellow, in the Biomaterials, Biodegradables, and Biomimetics (the 3Bs) Research Group at the University of Minho in Guimaraes, Portugal. She also worked as a Postdoctoral Scientist at Columbia University Dr. Spiller is currently conducting research in the design of immuno-modulatory biomaterials, particularly for bone tissue engineering. Her research interests include cell-biomaterial interactions, biomaterial design, and international engineering education.
Join Dr. Peter Kotanko, MD, FASN, Head of Biomedical Evidence Generation and Renal Research Institute, and Peter Stenvinkel, MD, PhD, Professor of Renal Medicine at Karolinska Institutet they discuss the principles of early vascular aging in chronic kidney disease. We will also discuss what we can learn from the animal kingdom in order to identify novel opportunities to slow down the aging process in humans with the burden of lifestyle diseases. We will also discuss the role of and identification of biomarkers of biological age.
On today's ID the Future, Bristol University engineer Stuart Burgess dives deeper into the engineering marvels of such sea creatures as the parrotfish, sling-jaw wrasse, mantis shrimp, and the deep sea dragonfish, with a particular focus on the amazing linkage mechanisms found in these creatures. Burgess says these mechanisms are extraordinary examples of engineering prowess, and they are irreducibly complex, thereby posing a challenge to modern evolutionary theory. He and host Eric Anderson also discuss the engineering sophistication of muscles, with a specific look at the human bicep and how the muscle and the brain work together. Burgess is an expert on linkage mechanisms. His design work in this area helped Great Britain's cycling team win gold in the two Read More › Source
In Episode 25 of the Constructive Voices podcast, Henry McDonald speaks to Farah Naz, award-winning climate change strategist, in our International Women's Day special. Farah provides her professional and personal experience, with global insights, into where we stand in relation to the gender gap in the construction, engineering and architecture industries.Farah and Henry discuss her experience as a woman in the AEC sector, what we all need to do to address gender bias in the industry, and how we can look at gender diversity as an opportunity instead of a problem to solve.“The pandemic has actually showed us how new way of working and doing business. And we should be taking this approach, taking this is as an opportunity to really address the issues of gender diversity, to really address inclusion and diversity within our workplace, and also address how we can inspire the next generation.”“So I think it starts from not just women in the industry, but also the men, and anybody who is part of this industry to really engage more time and effort to actually go out and talk to the younger generation, talk to our children. It starts from our homes, to start creating that role model effect. And also explaining the power of this industry in creating a better, more resilient future.”“We really require a co-creative environment, collaboration and diverse thinking to resolve the climate emergency. It's not just women, or it's not just men, it's together.”“Because women have to play a lot of roles: a role of a daughter, a role of a friend, a role of a sister, or a mother. I think that wiring of brain kind of helps to women to look at all these climate diversity and challenges we have, and come up with a more collaborative way of co-creating the future.”About Farah Naz, Award-Winning Climate Change StrategistFarah Naz is an award-winning Climate Change strategist with over 20 years experience in the construction sector gained in the USA, UK, Southeast Asia and most recently the United Arab Emirates (UAE). She is a Chartered Engineer (UK), Fellow of CIBSE, LEED and WELL AP and Verified Research Expert for Dubai Future Foundation. Farah chairs CIBSE UAE Chapter and is an advocate of STEM education for the future generation. Farah recently co-authored a book on Net Zero City, which is considered the first book published from the Middle East Region.For the past few years, Farah has been based in UAE, where she has been steering sustainability and innovation in the built environment covering the entire Middle East, Saudi Arabia and wider Gulf Region. She leads Specialist Services with a focus on Sustainable Cities, ESG (Environmental, Social and Governance) and Urban Resilience for AECOM across the Middle East and Africa.Farah was a prime mover in creating the Energy Strategy for the first zero-energy building in the UK, which subsequently won the 2015 RIBA Sustainable Buildings Award (UK). In the Middle East, her name has become a synonym for implementable sustainability & energy strategy among others, linked to projects including Museum of the Future, the Louvre Museum in Abu Dhabi, the Bee'ah Headquarters in Sharjah, Expo 2020 Sustainability Pavilion, Masdar Eco Villa, Masdar Housing. Master planning projects like NEOM, Red Sea, Amaala and Hudayriat Master Plan. Her projects, Sustainability Pavilion in Dubai expo, Masdar Housing and Bee'ah Headquarters in Sharjah is the winner of the Best Sustainability Project of the year award for the last three consecutive years in the Middle East Region.In her innovating role, she focuses on implementation best practices within the built environment, adopting systems related to Energy Water Food Nexus, Biomimetics, Five Capital model of Sustainability, Liveability and Inclusive Integrated Innovation Frameworks, which will build the foundation of the cities and communities of the future.
Today's ID the Future spotlights a Bristol University engineer whose design work helped Great Britain's cycling team win gold in the most recent Summer Olympics. Stuart Burgess, currently on a visiting fellowship at the University of Cambridge and an expert on linkage mechanisms, discusses with host Eric Anderson how top engineering firms are paying big money to learn from the extraordinary designs found in biology so as to improve their own designs. Burgess has designed groundbreaking linkage mechanisms, but he says the human knee is still well ahead of what even the most advanced human engineers have managed in this area, even accounting for the fact that wear and tear and misuse can lead to knee problems. He walks listeners Read More › Source
Dr. Racquel Zapanta LeGeros, professor + associate chair of the Department of Biomaterials and Biomimetics and the Linkow Professor of Implant Dentistry at NYU, Dr. LeGeros came to the US in the early sixties as the first of her 8 siblings to immigrate to the US. She became one of the leading pioneers in the field of calcium phosphate research in teeth and bones (Dental Implants + Prosthetics) A truly remarkable Fil-Am, who helped other Filipinos whenever she could. Her life story as told by her daughters Katherine LeGeros Bajuk and Alessandra LeGeros.
Our guest today is Dr. Morley Stone, the former Chief Technology Officer for the Air Force Research Laboratory (AFRL) and former Senior Vice President for Research at Ohio State University, who is now IHMC's Chief Strategic Partnership Officer. Morley is recognized as an international leader in biomimetics and human performance. In today's interview, we talk to Morley about his time as AFRL's chief technology officer as well as his stint as the chief scientist for the Air Force's 711th Human Performance Wing, which is responsible for providing technical oversight of projects geared to optimize human performance for the nation's air, space, and cyberspace forces. We also have a fascinating conversation with Morley about his early career and research into biomimetics, which is the study of using biological structures, materials and principles as models for the development of new materials, structures, and devices. In his new role at IHMC, Morley will become the institute's point person for public- and private-sector partnerships. He also will work with IHMC's scientists and research staff to help coordinate and implement the multitude of scientific projects the institute has in its pipeline. Show notes: [00:03:07] Dawn mentions that Morley grew up in a small steel producing town in Pennsylvania and asks him what he was like as a kid. [00:03:56] Ken asks Morley about his days as wrestler growing up and why he still today views wrestling as a special sport. [00:05:00] Dawn asks about Morley's move to Dayton, Ohio, when he was 17. [00:05:36] Dawn asks how Morley decided upon Wright State as opposed to the University of Dayton. [00:05:57] Morley tells the story of how a girl in college pointed out an ad for an internship and how that helped him decide to become a biochemistry major. [00:06:43] Dawn asks what happened to the girl who pointed out the aforementioned ad. [00:08:28] Ken asks Morley to talk about the Air Force Research Lab (AFRL) and the role of the lab's Materials and Manufacturing Directorate. [00:09:53] Dawn mentions that after earning his bachelor's degree, Morley had a short stint as a materials research engineer at the directorate before heading off to Carnegie Mellon University to work on a Ph.D. in biochemistry. Dawn asks why Morley chose to attend Carnegie Mellon. [00:11:08] Dawn mentions that in the late ‘80s and early ‘90s, Morley had the good fortune to work with scientists who had the foresight to know that there was going to be a radical change in material science, which up until that point had been dominated by metals and ceramics. Morley talks about the most important lessons he learned from these colleagues and mentors. [00:12:41] Dawn asks about Morley's time as a research biologist, and eventually principal research biologist, at the Materials and Manufacturing Directorate after his Ph.D. [00:14:41] Ken asks Morley to explain biomimetics and discuss the systems that Morley and his colleagues looked at during his time at the Materials and Manufacturing Directorate, ranging from infrared sensing to instances of biological camouflage. [00:18:01] Dawn mentions that the creation of nanoscale materials for advanced structures has led to a growing interest in the area of biomineralization, she goes on to say that during Morley's time at the directorate, he especially researched the process of biomineralization and the assembly of nanostructured inorganic components into hierarchical structures, which led to the development of a variety of approaches that mimic the recognition and nucleation capabilities found in biomolecules for inorganic material synthesis. Morley discusses his 2002 paper in Nature Materials where he described the in vitro biosynthesis of silver nanoparticles using silver-binding peptides. [00:21:20] Dawn asks about Morley's 2004 paper in Advanced Materials where he and his colleagues had taken a protein that was responsible for thermal sensi...
God is the ultimate engineer! Recent scientific discoveries show amazing design in the living world, far exceeding our current technology. Engineers are attempting to copy this design as they invent new technology often without acknowledging the original Designer.
Learn about the “smellicopter,” a drone that can smell via a live moth antenna; why the “Dark Ages” weren’t as dark as you might think; and how simple word swaps can secretly trick your brain. Introducing Smellicopter: a drone that uses a live moth antenna to smell things by Grant Currin Smellicopter: an obstacle-avoiding drone that uses a live moth antenna to seek out smells. (2020). EurekAlert! https://www.eurekalert.org/pub_releases/2020-12/uow-sao120720.php Anderson, M. J., Sullivan, J. G., Horiuchi, T. K., Fuller, S. B., & Daniel, T. L. (2020). A bio-hybrid odor-guided autonomous palm-sized air vehicle. Bioinspiration & Biomimetics, 16(2), 026002. https://doi.org/10.1088/1748-3190/abbd81 The Dark Ages weren't all that "dark" by Steffie Drucker Forget about the “Dark Ages.” (2009, October). Dailywritingtips.com. https://www.dailywritingtips.com/forget-about-the-%E2%80%9Cdark-ages%E2%80%9D/ Pruitt, S. (2016, May 31). 6 Reasons the Dark Ages Weren’t So Dark. HISTORY. https://www.history.com/news/6-reasons-the-dark-ages-werent-so-dark HistoryExtra. (2020, December 10). How dark were the Dark Ages? HistoryExtra; HistoryExtra. https://www.historyextra.com/period/medieval/dark-ages-term-what-when-how-obscure/ The Framing Effect Shows How Simple Word Swaps Can Secretly Trick Your Brain by Ashley Hamer De Martino, B. (2006). Frames, Biases, and Rational Decision-Making in the Human Brain. Science, 313(5787), 684–687. https://doi.org/10.1126/science.1128356 Tversky, A., & Kahneman, D. (1981). The framing of decisions and the psychology of choice. Science, 211(4481), 453–458. https://doi.org/10.1126/science.7455683 Subscribe to Curiosity Daily to learn something new every day with Cody Gough and Ashley Hamer. You can also listen to our podcast as part of your Alexa Flash Briefing; Amazon smart speakers users, click/tap “enable” here: https://www.amazon.com/Curiosity-com-Curiosity-Daily-from/dp/B07CP17DJY See omnystudio.com/listener for privacy information.
This week, Irene and Katrina “bond” with restorative dentist Dr. Steve Schiffenhaus. Kindly sponsored by our friends at Dentsply Sirona. Katrina and "shiffy" as we call him, have some fun stories to share about their time in Las Vegas last year for DS World 2019. Register soon, the show starts November 13th and Katrina is very excited about one particular person mentioned numerously in this episode. He tells us how to get into dental school with a less-than-stellar GPA: you don’t want to miss that! He also discusses the transition from a prospective medical school student to rocking it in dental school, what it’s like to work for a DSO, temping as a dentist and buying a practice as a new grad. We talk about how to treat patients who have experienced supervised neglect, minimally invasive dentistry and all things rubber dams, microscopes and cameras, Oh My! Finally, Dr. Schiffenhaus shares how he grew his Instagram following overnight, how to engage users on Instagram, how to deal with trolls and dinosaurs and specifically promoting to organic and inorganic audiences. Check out his bio and his social media pages! Bio: Dr. Schiffenhaus received his Doctoral degree at Midwestern College of Dental Medicine, Arizona as well as an MA in Biomedical Sciences. He received his BS in Molecular Bioscience & Biotechnology and an MS in Molecular & Cellular Biology from Arizona State University. He returned to his alma mater in 2017 to teach dentistry as adjunct faculty for one year. Dr. Schiffenhaus practices with a Biomimetic philosophy utilizing advanced adhesion and CAD-CAM technology to restore teeth as minimally invasive as possible. In 2020, he completed a Master Level training & mentoring program in Biomimetics from Dr. David Alleman Sr. & Jr. who continues to be close mentors. Dr. Schiffenhaus currently teaches and mentors advanced adhesion, biomimetic, and CAD-CAM online and via hands-on workshops. Instagram: @drschiffenhausdmd Website: www.thebaardinstitute.com
Dr. Roya Zandparsa is a Professor and Biomaterials Course Director of the Department of Prosthodontics at Tufts University School of Dental Medicine. She also is the President of American Academy of Dental Science. Dr. Roya Zandparsa received her DMD from Tufts University School of Dental Medicine and MSc in Biomaterials & Biomimetics and Certificate in Prosthodontics from New York University (NYU) Graduate School of Arts and Science and New York University College of Dentistry respectively. She completed a fellowship (ITI) in Implant Dentistry from Harvard University School of Dental Medicine, a fellowship in Academic Leadership from American Dental Education Association (ADEA) Leadership Institute, and obtained few certificates in advanced surgical implant Dentistry, Invisalign and 6 Month Smiles.She recently received a certificate in Entrepreneurship in Emerging Economics from Harvard Business School and she is finishing a certificate program; The Iterative Innovation Process from MIT.Dr. Zandparsa has received numerous awards during her academic career in Prosthodontics for being an outstanding scholar & clinician from NYU College of Dentistry, and Deans' Awards for Excellence in clinical teaching from Tufts University School of Dental Medicine.Dr. Roya Zandparsa was the Chair of Strategic Planning Steering Committee at Tufts University School of Dental Medicine, which charted a new direction for the school. In addition to all her teaching responsibilities, She is serving as the Faculty Advisor and member of several different committees & organizations. She has been making major contribution in research in various areas, which resulted in numerous published articles and book chapters. She has been lecturing and presenting both nationally and internationally and reviewing manuscripts for the Journal of Prosthodontics, Journal of Oral Rehabilitation, and Clinical Oral Implants Research. She is also part of Editorial Board of MDPI (An Open Access Online Journal).She is an active member of American College of Prosthodontists, American Dental Education Association & American Academy of Dental Science. Roya Zandparsa, DDS, MSc, DMDClinical Professor @ Tufts University School of Dental Medicine President of The American Academy of Dental Science Specialist in Prosthodontics, Implant & Aesthetic Dentistry Websites: AADS: https://aads1867.org/about-us-2TUSDM: https://facultyprofiles.tufts.edu/roya-zandparsaRDB: https://www.royaldentalboston.com/our-practice/meet-dr-zandparsa/Research: https://www.researchgate.net/profile/Roya_ZandparsaLinkedIn Link: https://www.linkedin.com/in/roya-zandparsa-7b61085/Facebook Page: https://www.facebook.com/Dr.RZP/Instagram Page: https://www.instagram.com/drroyazp/ ------------------------------www.theinternationaldentist.comLinkedIn: www.linkedin.com/in/drgabrielalagrecaFB & IG @theinternationaldentist
Episode: 1917 In which Etienne Jules Marey tries to copy the animals. Today, we try to build machines that work like animals.
Dr. James Smith of York University is an engineering professor with a passion for robots and teaching. His robotic models of the human cervix and of quadrupeds teach us how biomimetic approaches to modeling can constrain our thinking, and how collaborating with students in our research can unlock new possibilities. Hosted by Cameron Graham, Professor of Accounting at York University, and produced by Bertland Imai of York’s Learning Technology Services. Visit our website at podcastorperish.ca Podcast or Perish is produced with the support of York University.
--Episode 27 - 13 Technologies That Will Transform the Future (and Could Make or Break Your Business)--Sam McRoberts, CEO of VUDU Marketing and the author of Screw the Zoo, and Jayson DeMers, CEO of EmailAnalytics, discuss 13 Technologies That Will Transform the Future (and Could Make or Break Your Business).With many decades of combined business and digital marketing experience, Jayson and Sam will walk you through everything you need to know as you go through your own entrepreneurial journey.Links to things mentioned in the podcast:The Future As I See It - an article Sam wrote that inspired this episodeOura RingBoston Dynamics Spot RobotSpaceXTesla Solar RoofApple Glasses RumorsDeepMind AIAmazon Prime Air Drone DeliverySingularity Hub - Futurism NewsFutureloop - Future Tech NewsThe Singularity is Near by Ray KurzweilBiomimeticsCRISPRRespirocytes13 Movies That Explore the Future of Technology--New episodes go live every Monday, Wednesday, and Friday at 8am Pacific--
In this episode we talk about the best innovator on the planet - nature and how we can learn and apply its ingenious solutions to solve some of the most challenging problems we humans face. We also explore some fascinating examples from the animal and insect kingdom and see how successful companies have applied these nature-inspired designs into their products. In this episode we talk about:What biomimicry and biomimetics isThe best innovator on the planet - nature and what makes us humans more like apprentices than mastersSome fascinating biomimicry examples and applicationsHow companies can apply principles from nature to solve some of their most challenging problemsConcrete biomimicry projects and what types of results one can expectA few misconceptions and over-hyped areas of biomimicryHer top three recommendation for companies wanting to better leverage biomimicry in their products...and much much more. Show Notes, Links & Resources Mentioned: gammabeyond.com/en/podcast/009Podcast Website: www.innovationalcorrectness.com---If you enjoyed this episode, could I ask you for one small favor?Would you please consider rating and reviewing this podcast on iTunes, Overcast or the podcast app of your choice? It really helps us out, by encouraging more people to find our podcast and reach hard-to-get guests.Last but not least, if you have any suggestions for further episodes or guests should be invited on this podcast or just have feedback, shoot us a quick email: info@gammabeyond.com or fill out our feedback form.Follow & add David on:LinkedIn: linkedin.com/in/davidluna/XING: xing.com/profile/DavidC大卫_Luna鲁/cvTwitter: twitter.com/gammabeyondInstagram: instagram.com/gammabeyond/Youtube: youtube.com/c/GAMMADigitalBeyond
On this episode of Good Starts, David talks to Stephen Trowell, Founder and Managing Director of PPB Technology, about how his passion for seeing science through to impact took him from field to founder.The research behind the Parts Per Billion technology was created by a multidisciplinary team of chemists, biochemists, molecular biologists, physicists, engineers and mathematicians with Stephen at the helm. Stephen and the team created technology using smarter detectors to identify specific chemicals. Their efforts then focussed on detecting security threats, monitoring food quality and safety and developing non-invasive breath-based diagnostics for diseases such as malaria and lung cancer. This research led to the formation of his spinout, with Stephen leaving CSIRO after 20 years to chase his Founder dream.Starting his career at the University of Cambridge to obtain an Honours Degree in biochemistry, Stephen then took a Masters in neurobiology at the University of Manchester and was awarded his Ph.D. in sensory neurobiology by the Australian National University in 1987. He joined CSIRO in 1989 on an ARC National Research Fellowship.Stephen has well over 100 publications and is an inventor on 14 patent families. He continues to serve on the Editorial Board of Bioinspiration and Biomimetics and in 2013 received a Newton-Turner Award. Stephen was elected a Fellow of the Royal Society of NSW in 2018. Host: David Burt Producer and Editor: Sarah Frazer
Welcome to season 1, episode 13 of the Clinical Hacks Podcast This week the gang gave Zach the week off and replaced him with someone way smarter and marginally sexier, Dr. Aly Sergie. The topic this week was Biomimetic Dentistry. What? Strap in and listen to this one as Dr. Sergie drops some knowledge on us. Highlights include: - What is biomimetics? - 5 concepts include: 1) IDS - Immediate Dentin Sealing 2) Pulp Caps (direct and indirect) 3) Partial Coverage Resorations 4) Fiber Reinforcement 5) DME - Deep Margin Elevation - Does Mac do onlays? - no Aly's Six Step Restorative Process includes: 1) Pre-Op 2) Deconstruction 3) Air Abrasion 4) Adhesion - Optibond Solo Plus 5) Reconstruction - G-Aenial 6) Final Prep/Occlusion - Aly uses E-Max or LiSi Press for indirect restorations Mac Jones word count: 45 If you want to interact with us, head over to the closed Facebook Group Clinical Hacks We want to produce episodes about the questions you have, it's a great place to post a clinical topic, you don't even have to post a photo!
Sophia Chen of MRS Bulletin interviews Barbara Mazzolai and Edoardo Sinibaldi of the Italian Institute of Technology about their robot made from two types of polymers, enabling it to extend and retract like the tendrils of a plant. Read the article in Nature Communications. TranscriptSOPHIA CHEN: Barbara Mazzolai is designing robots inspired by plants. Recently, she and her research team at the Italian Institute of Technology have made a robot that looks like a plant tendril, similar to the ones that ivy plants might use to climb a trellis. She says they want to develop a robot that can explore an unknown area just like a plant does. BARBARA MAZZOLAI: Plants could be the model to develop the robot for a very harsh environment, for colonizing a very difficult environment, to explore a harsh situation. Tendril is one of the ways, one of the strategies that they use to anchor the body. CHEN: The robot doesn’t just look like a plant tendril. It also moves according to the same mechanism as in nature. Both the robot and the plant move fluid around inside them to extend their tendrils. Both the plant and robot push or extract fluid from inside the tendril by exploiting the process of osmosis. Mazzolai’s colleague, Edoardo Sinibaldi, explains how it works in their robot. If you can imagine the curly tip of the robot tendril, that curl is attached to a longer tube contained within a special sleeve made of active carbon cloth electrodes. This sleeve is placed in a solution containing lots of ions. EDOARDO SINIBALDI: In our implementation we used sodium sulfate. It’s a common electrolyte, and it’s very stable, and it’s not toxic. CHEN: They’ve made the tendril using two types of plastic. One type, called polysulfone, is permeable to water. Water can flow across this plastic barrier through pores about 50 nm in size. Imagine this part of the tendril, which is soaking inside the solution within the carbon cloth sleeve. At equilibrium, the ion concentration is the same inside and outside the tube. But Sinibaldi applies a voltage to two electrodes on the cloth sleeve, to make ions collect on the electrodes. This causes the liquid outside the tube to have a lower concentration of ions than inside the tube. This concentration gradient causes water to rush into the tube. This inflow of fluid stiffens the tendril tip, making it extend. The tendril tip is made of another type of plastic, ethylene terephthalate, coated with Al, which has been fabricated to achieve the necessary stiffness.SINIBALDI: This is the basic fluid transport used by plants to, let’s say, swell cells and tissues in a coordinated manner and consistently stiffen tissue while it’s inflating and decreasing the stiffness of tissue while deflating. CHEN: It takes about a milliliter of fluid to extend the robot tendril. They were able to coil the tendril 500 degrees in 25 minutes. And they can reverse the coiling or uncoiling as needed. Mazzolai also points out that the whole robot, including the tube and the carbon cloth, are made of flexible, soft material with tunable stiffness. These are properties that could be useful for medical applications. MAZZOLAI: This is the challenge of the soft robotics community, developing something that can operate in the body without any damage to the human, and at the same time to be able to operate and change the stiffness. CHEN: Mazzolai has also chosen to make plant-like robots because they have unique adaptations for exploring and functioning in harsh conditions. She thinks that they could be useful for exploring new planets, or in more mundane applications on Earth. MAZZOLAI: These robots, they can move inside very narrow spaces for exploration for recovering objects in wells, or moving debris after a disaster.
Flocking is a business biomimetic model that draws on lessons from flocks, swarms and shoals to develop a model for dealing with complex change management in the digital age. It suggests a way to create high performing teams without the need for the traditional management approach. This truly empowered, strengths led approach brings back the importance of purpose. It helps break down organisational silos and helps where organisations are collaborating the deliver real change. High performance teams are at their best when the strengths of the team can focus on making an impact. It's a move away from on-time to-budget thinking and unlocks the talent of the team using a combined rules and behaviour based approach. The Flocking model is simple to apply and you can get started with a short set of questions. Further information is available on www.biologize.co.uk #changemanagement #collaboration #innovation #highperormanceteams #leadership
This week, we explore the field of biomimicry and how nature can help inspire technologies of the future, including the crickets that are showing scientists how to make better hearing aids, dragonfly-inspired wind turbines and the aircraft that repairs itself. Plus, news of why heart disease begins much earlier than we thought, whether science publishing is facing a crisis, and the future of satellite navigation. Like this podcast? Please help us by supporting the Naked Scientists
This week, we explore the field of biomimicry and how nature can help inspire technologies of the future, including the crickets that are showing scientists how to make better hearing aids, dragonfly-inspired wind turbines and the aircraft that repairs itself. Plus, news of why heart disease begins much earlier than we thought, whether science publishing is facing a crisis, and the future of satellite navigation. Like this podcast? Please help us by supporting the Naked Scientists
Course: Oblivion. Things are looking up for the Voyager crew at the beginning of the fifth-season episode "Course: Oblivion," from the wedding of Tom Paris and B'Elanna Torres to an enhanced warp drive. But that all changes when the ship and crew begin losing their molecular cohesion, only to discover that they are, in fact, merely biomimetic duplicates of the real Voyager ship and crew, created a year before when Voyager landed on the aptly named "Demon Planet." In this episode of To The Journey, hosts Zachary Fruhling and Suzanne Williamson (or perhaps their biomimetic duplicates; you be the judge!) discuss the merits of "Course: Oblivion." From the minutiae of the wedding of Fake-Tom and Fake-B'Elanna to the existential burdens of being a biomimetic duplicate, Zachary and Suzanne wrestle with whether "Course: Oblivion" is as riveting as they recall and whether "Course: Oblivion" is really just one big metaphor for our finite human lives. Chapters Intro (00:00:00) Distinguished Melting Neelix (00:03:27) What about Harry Kim? (00:07:28) Warp Cores Are Like Cats (00:10:13) Who Is Ensign Harper?! (00:12:21) This Episode Is a Metaphor for Life (00:18:02) Goo People and an Enhanced Warp Drive (00:20:54) Tom with a Tommy Gun (00:25:07) Not as Riveting as We Remember (00:30:14) Goo Gone (00:34:40) Closing (00:37:49) Hosts Zachary Fruhling and Suzanne Williamson Production Suzanne Williamson (Editor) Zachary Fruhling (Producer) C Bryan Jones (Executive Producer) Matthew Rushing (Executive Producer) Ken Tripp (Executive Producer) Bruce Lish (Associate Producer) Joo Kim (Associate Producer) Richard Marquez (Associate Producer) Patrick Carlin (Associate Producer) Norman C. Lao (Associate Producer) Richard Marquez (Production Manager) Brandon-Shea Mutala (Patreon Manager)
Born in 1984 in Flensburg, Northern Germany, the life after finishing highschool led me from working in a sheltered workshop farm for people with disabilities over to 10 months work & travel in New Zealand. After that I studied Environmental Engineering in Bremen (Germany) and Sweden followed by studies in Biomimetics in Villach (Austria). Changing course after that I worked 3 years in Innovation Management, Crowdsourcing and Crowdfunding in Graz (Austria), during which time I also began to teach Innovation Management at the university to international master students of Electrical Engineering. Personal development, inner work and consciousness as well as Martial Arts (Karate, Wing Tjun Kung Fu, Taiji) were always part of my main interest and natural longing. IN 2016 I followed passions a bit further by co-teaching Wing Tjun Kung Fu and movement to kids between 3 and 12 years. And after quitting the work in Innovation Management I follow my passion into the realm of systemic coaching and took part in a 1-year systemic coaching programme, which was like a big opening for me. Currently I assist in a Montessori school in Styria (Austria) once a week, after a 1-year break in Kung Fu training took up again the kids-training (and my own) and started to build my own business with systemic coaching and helping parents develop a better family culture by helping them building a nourishing environment to grow in for their kids, in which they can develop social and emotional skills to be successful in life aligned with their own strengths, passions and their heart wide open for connections to the wonders of the world around them. My aim is do my best to foster the ability of people to connect with each other and especially to support parents and their children with my best effort to build strong, loving and trustful relationships. It's very fascinating that we often think that if we stand over our children and direct every course of their lives that they will be perfect little angels and will always do exactly as we say. I don't know about you, but that doesn't seem to work much with my kids! I like what Max describes as a flourishing culture, that it is just about creating the type of environment that allows for optimal growth and development. Max describes how he has observed this kind of environment during his experience with a Montessori school. It seems that when children actually enjoy more freedom and trust, they are allowed to become what they should and develop to their full capacity. I also love the reasons for why Max chose The Happiness Project as the book that he recommends because family culture is really all about this process of working on ourselves. It is never about perfection. And, when we can create an environment where happiness abounds, it is an optimal culture for safety and development! Find Max and his courses: Website & Course: https://www.maxweichert.com https://www.maxweichert.com/courses/sel FACEBOOK: https://www.facebook.com/MaxPhilippWeichert (https://www.facebook.com/MaxPhilippWeichert) INSTAGRAM: https://www.instagram.com/maxpweichert TWITTER: https://twitter.com/MaxPWeichert LINKEDIN: https://www.linkedin.com/in/max-weichert Join the Family Success Toolkit Free Membership http://homeandfamilyculture.com
Trevor the caterpillar and Julie the dragonfly are soft robots that can walk and flap using electricity that powers artificial muscles, without a printed circuit board in sight.
Trevor the caterpillar and Julie the dragonfly are soft robots that can walk and flap using electricity that powers artificial muscles, without a printed circuit board in sight.
In this episode, we explore the lessons from evolution and how we can apply those to strategy development. By taking the opposing views of Darwin and Lamark we can identify different approaches based on natural selection. We will look at how the common understanding of evolution used in management theory misses the point. Being random is the answer - let the environment decide. This podcast opens up a new way of strategic thinking and design thinking for those struggling to make traditional approaches to strategy work.
Dr Phil Richardson introduces the Biologize podcast series. Here he sets the scene for the research based approach to strategic thinking and design thinking. A new way to use business models that are based on 3.8 billion years of evolution to help make sense of today's complex business world. Biologize uses the Business Biomimetics method which helps translate biological systems into business models that can be used practically to help solve complex problems. Subscribe to the podcast to download the episodes as they are published. For more information go to www.biologize.co.uk
Why do other people's fart smell worse than your own, why do storms turn swimming pools green, how do we stop HIV spreading, what's the difference between antibiotics and probiotics, why does it feel like you're moving slowly when you're inside an aeroplane and why does the smell of shower gel wear off? Plus, the people turning plants into chemical sensors. Like this podcast? Please help us by supporting the Naked Scientists
Why do other people's fart smell worse than your own, why do storms turn swimming pools green, how do we stop HIV spreading, what's the difference between antibiotics and probiotics, why does it feel like you're moving slowly when you're inside an aeroplane and why does the smell of shower gel wear off? Plus, the people turning plants into chemical sensors. Like this podcast? Please help us by supporting the Naked Scientists
In the quest for solar energy, researchers seek new ways to harness the sun’s energy, something plants have been doing on Earth for thousands of years.
The FAA tests a drone detection system at JFK and releases registration data, drone-on-drone refueling demonstrated, a drone that can perch on walls, a new UAS risk management course, and a review of a guide to drones. Rotorcraft perching, recovery, and takeoff News FAA Tests FBI Drone Detection System at JFK The FAA conducted tests of the effectiveness of an FBI UAS detection system at John F. Kennedy International Airport (JFK) in New York. Five different rotorcraft and fixed wing UAS participated in about 40 separate tests. Also involved in the tests were the Department of Homeland Security (DHS), Department of Justice, Queens District Attorney's Office, and the Port Authority of New York and New Jersey. The Griffiss International Airport test site in Rome, NY, provided expertise in planning the individual tests as well as the flight commander for the tests and two of the UAS used. FAA Releases Drone Registration Location Data In response to a number of Freedom of Information Act (FOIA) requests, the FAA released a spreadsheet showing the number of UAS registrations by country, state/province/region, city, and postal code. Almost 40,000 entries for “Hobbyist” registrations, and nearly 5,000 “Non-Hobbyist” registrations. Names and addresses of registrants are not part of this database, and will only be made available by registration number. Heatmap of hobbyist UAS registrations Heatmap of non-hobbyist UAS registrations We'd like to thank Airmap.com for providing the heat maps. Find the AirMap for Drones app in the iTunes store and use it to access low-altitude airspace advisories, create flights, file digital notices, manage aircraft, and more. Now drones can go on and on: Unmanned aircraft refuel autonomously in MID-AIR, meaning they can carry out longer missions Chinese researchers have developed a method of autonomous aerial refueling where the “tanker” uses cameras to determine the position of the “receiver.” The tanker then flies to the receiving drone and refuels it through a boom. Microspines Make It Easy for Drones to Perch on Walls and Ceilings Quadrotors have limited flight duration, so the ability to “perch” or land for extended periods of time would be beneficial, particularly for applications where the operator wants to collect data over time. Stanford's Biomimetics and Dexterous Manipulation Laboratory has been working on perching technology that would allow a small drone to land on a wall using an opposing gripping system. Video of the Week The Flying Scotsman crossing the Forth Bridge 15.5.16 Filmed by drone! Peter Keith captured the Flying Scotsman crossing the Forth Bridge after a 10-year restoration project. Shot using a DJI Inspire 1 X5r Drone. http://youtu.be/B58o1FA1OQM?list=PLU8l06oFoAozzVKUunvG41RAQ9ccj9EYv Mentioned Online Global Unmanned Aircraft Systems Risk Management Embry-Riddle Aeronautical University announces a new 8-week on-line course which discusses risk management as it relates to UAS, and also covers international efforts at addressing that risk. Taught by Dr. Sarah Nillson, our guest on Episode 111. The Smithsonian's National Air & Space Museum Innovations in Flight Family Day and Outdoor Aviation Display Join David and Max June 18, 2016, at the Steven F. Udvar-Hazy Center in Chantilly, Virginia for a day of full immersion in both manned and unmanned aviation. Book Review The Complete Guide to Drones: whatever your budget David reviews this 144 page paperback by Adam Juniper and finds it to be a valuable resource. Author Juniper is a long-time R/C and drone flier, has produced many YouTube videos, and he has worked as a professional video producer.
“In the first half of the 20th century, the prevailing idea was that humans could be masters of nature and the universe. We thought that human power was unlimited. We thought- ‘we can change rivers, we can move mountains—’ we can actually conquer nature. Then, sometime in the second half of the 20th century, we made the realization that the relationship between nature and humans is actually much more complex than that. We can learn a lot from nature. This is where the idea of biomimetics and harmony between man and nature came in.” Dr. Michael Nosonovsky For the full article, head to midwestreal.net
Humans can create some pretty astounding technologies, but it's hard to beat the R&D provided by 4 billion years of evolution. How do modern humans look to nature for inspiration in engineering and design? Learn more about your ad-choices at https://news.iheart.com/podcast-advertisers
Job 38 Velcro - invented to mimic the tiny hooks that seeds use to attach themselves to passing people and animals Eastgate building in…
The lotus plant has inspired the development of new self-cleaning materials.
Biomimetics wants to enhance technology with the introduction of ideas derived from biology. But there is no proof that the technical systems work in the same way as the biological ones. Tiny innovations such as Gecko adhesive or Velcro are not going to lead to a revolution. Prof Julian Vincent from University of Bath explains, why a wider vision is needed.
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