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    STEM-Talk

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    Copyright: © Florida Institute for Human and Machine Cognition

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    Latest Episodes:
    Episode 59: Stephen Cunnane discusses the role of ketones in human evolution and Alzheimer’s Mar 13, 2018
    Show notes

    Nearly five million people in the United States have Alzheimer’s disease. In 30 years, that number is estimated to be 16 million In today’s episode, Ken and Dawn interview Dr. Stephen Cunnane, a Canadian physiologist whose extensive research into Alzheimer’s disease is showing how ketones can be used as part of a prevention approach that helps delay or slow down the onset of Alzheimer’s. Cunnane is a metabolic physiologist at the University of Sherbrooke in Sherbrooke, Quebec. He is the author of five books, including” Survival of the Fattest: The Key to Human Brain Evolution,” which was published in 2005, and “Human Brain Evolution: Influence of Fresh and Coastal Food Resources,” which was published in 2010. He earned his Ph.D. in Physiology at McGill University in 1980 and did post-doctoral research on nutrition and brain development in Aberdeen, Scotland, London, and Nova Scotia. From 1986 to 2003, he was a faculty member in the Department of Nutritional Sciences at the University of Toronto where his research focused on the role of omega-3 fatty acids in brain development and human health. He also did research on the relation between ketones and a high-fat ketogenic diet on brain development. In 2003, Dr. Cunnane was awarded a senior Canada Research Chair at the Research Center on Aging and became a full professor at the University of Sherbrooke. He has published more than 280 peer-reviewed research papers and was elected to the French National Academy of Medicine in 2009.


    Episode 58: Flora Hammond discusses traumatic brain injuries and how treatments are evolving Feb 27, 2018
    Show notes

    Today’s episode features one of the nation’s leading physicians and researchers who has spent years studying and treating traumatic brain injuries. Dr. Flora Hammond is a professor and chair of the Department of Physical Medicine and Rehabilitation at Indiana University School of Medicine. She also is the Chief of Medical Affairs and Medical Director at the Rehabilitation Hospital of Indiana. She has been a project director for the Traumatic Brain Injury Model System since 1998. Shortly before we conducted this interview with Dr. Hammond, she and a team of physicians and scientists at Indiana University received a $2.1 million grant to continue research into people who suffer traumatic brain injuries and how these injuries affect the lives of patients as well as their families. Dr. Hammond is a Pensacola, Florida, native who graduated from the Tulane University School of Medicine in 1990 and completed her residency in Physical Medicine and Rehabilitation at the Baylor College of Medicine in Houston. She also completed a brain injury medicine fellowship at Wayne State University School of Medicine in Detroit. Her research in the area of brain injury includes studying the prediction of outcome, aging with brain injury, causes of and treatments for irritability, and quality of relationships. In 2016 she received the Robert L. Moody Prize, which is the nation’s highest honor reserved for individuals who had made exceptional and sustained contributions to the lives of individuals with brain injuries. Prior to the 2016 Robert L. Moody Prize, Dr. Hammond received local and national awards for her teaching, clinical care and research, including the 2001 Association of Academic Physiatrists Young Academician Award, the 2011 Brain Injury Association of America William Caveness Award, and the 2013 Baylor College of Medicine Distinguished Alumnus Award. In 2011, 2012, and 2013, Dr. Hammond led the Galveston Brain Injury Conferences which focused on changing the view of brain injury as an incident with limited short-term treatment to a chronic condition that must be proactively managed over the course of life. She co-chairs the American Congress of Rehabilitation Medicine Chronic Brain Injury Task Force, and serves on Journal of Head Trauma Rehabilitation editorial board. She has authored more than 140 peer-reviewed publications. Links: Flora Hamond faculty profile: https://medicine.iu.edu/faculty/20302/hammond-flora/ "Potential Impact of Amantadine on Aggression" paper https://www.ncbi.nlm.nih.gov/pubmed/28891908


    Episode 57: Lauren Jackson discusses radiation exposure, including the effects of a nuclear strike Feb 13, 2018
    Show notes

    Today’s interview features Dr. Lauren Jackson, a nationally known expert in the field of tumor and normal-tissue radiobiology. She is especially recognized for her expertise in medical countermeasure development for acute radiation sickness and delayed effects of acute radiation exposure. Lauren is the deputy director of the Division of Translational Radiation Sciences within the Department of Radiation Oncology at the University of Maryland School of Medicine. Lauren, who also goes by Isabel, received her bachelors of science in microbiology from North Carolina State University in 2006, and her Ph.D. in pathology from Duke University in 2012. She currently is a principal or collaborating investigator on a number of industry and federally sponsored contracts and research grants. She has published extensively on the characterization and refinement of animal models of radiation-induced normal tissue injury that recapitulate the response in humans. Models developed in Lauren’s laboratory have gone on to receive FDA concurrence as appropriate for use in medical countermeasure screens. Lauren is a senior associate editor for Advances in Radiation Oncology, a journal of the American Society of Therapeutic Radiation Oncology, and serves as an ad hoc reviewer for several peer-reviewed journals. She also is the author of several book chapters on normal tissue tolerance to radiation, mechanisms of injury, and potential therapeutic interventions. Links: Jackson’s University of Maryland web page: http://www.medschool.umaryland.edu/profiles/Jackson-Isabel/ Radiation Emergency Medical Management website: (https://www.remm.nlm.gov) Centers for Disease Control website: (https://www.emergency.cdc.gov/radiation/index.asp) BARDA website: https://www.phe.gov/about/BARDA/Pages/default.aspx NIAID website: https://www.niaid.nih.gov


    Episode 56: Jon Clark talks about NASA, supersonic jumps from the edge of space, and humans in extreme environments Jan 30, 2018
    Show notes

    Today’s episode is the second of a two-part interview with IHMC Senior Scientist Dr. Jonathan Clark, a six-time Space Shuttle crew surgeon who has served in numerous roles for both NASA and the Navy.

    Part one of our interview, episode 55, ended with Jon talking about the tragic death of his wife, astronaut Laurel Clark. She died along with six fellow crew members in the Space Shuttle Columbia disaster in 2003. February marks the 15th anniversary of the disaster. Today’s episode picks up with Jon talking about becoming part of a NASA team that investigated the Columbia disaster.

    Ken and Dawn also talk to Jon about the extensive research he has been doing on the neurologic effects of extreme environments, and also about the instrumental work he has been doing in developing new protocols to benefit future aviators and astronauts.

    Jon received his Bachelor of Science from Texas A&M University, and medical degree from the Uniformed Services University of the Health Sciences in Bethesda, Maryland. He is board certified in neurology and aerospace medicine. Jon headed the Spatial Orientation Systems Department at the Naval Aerospace Medical Research Laboratory in Pensacola. He also held other top positions in the Navy and qualified as a Naval flight officer, Naval flight surgeon, Navy diver and Special Forces freefall parachutist.

    Jon’s service as a Space Shuttle crew surgeon was part of an eight-year tenure at NASA, where he was also chief of the Medical Operations Branch and an FAA senior aviation medical examiner for the NASA Johnson Space Center Flight Medicine Clinic. He additionally served as a Department of Defense Space Shuttle Support flight surgeon covering two shuttle missions.

    In addition to his new role as a senior research scientist at IHMC, Jon is an associate professor of Neurology and Space Medicine at Baylor College of Medicine and teaches operation space medicine at Baylor’s Center for Space Medicine. He also is the space medicine advisor for the National Space Biomedical Research Institute, and is a clinical assistant professor at the University of Texas Medical Branch in Galveston where he teaches at the Aerospace Medicine Residency.

    Links:

    Jon Clark’s NASA bio:

    https://www.nasa.gov/offices/nesc/academy/Clark-Jonathan-Bio.html

    Jon Clark You Tube Channel:

    https://www.youtube.com/playlist?list=PLZLZ5yKgXJR0L1xZzhdTY_dUzo5ZLILxS

    Jon Clark Red Bull Stratos page:

    http://www.redbullstratos.com/the-team/jonathan-clark/index.html

    Part one of Jon Clark STEM-Talk interview:

    http://www.ihmc.us/stemtalk/episode-55/

    Show Notes:

    4:07: Ken comments that Jon was part of the NASA team that studied every detail of the Columbia disaster. When the team’s report came out, Jon said, “You have to find ways to turn badness into goodness. You have to. It’s the only way you get through this.” Ken then asks Jon to talk about some of the lessons NASA learned.

    7:27: Dawn says that on October 14, 2012, Jon was part of a team that successfully accomplished the highest stratospheric free fall jump from 128,100 feet. Dawn asks Jon how he became involved in this record-breaking jump.

    9:37: Dawn asks Jon what his support team looked like for the jump.

    11:15: Ken asks Jon what kind of preparation he and the team went through for the jump, and how long the preparatory period was.

    12:46: Dawn asks Jon what the medical concerns for the jump were.

    16:54 Dawn comments that when Jon discusses the medical team, he talks a lot about continuous physiological monitoring in the research world. She then asks Jon what kind of monitoring he was doing before, during, and after the jump.

    22:58: Dawn asks Jon to discuss research he has done around neurological issues, specifically when it comes to space exposure.

    23:31: Ken comments that intermittent artificial gravity has been discussed over the years, as a way to potentially mitigate some of the medical risk factors associated with long duration space missions. Ken then asks Jon how this may be accomplished in space and what we know about the effects of intermittent gravity.

    30:30: Dawn says that NASA recently released a report describing an increased incidence of white matter hyper intensities in astronauts. She then asks Jon why we are seeing these lesions now and not in earlier crew.

    34:01: Dawn comments that the DOD communities are also interested in the issue of white matter hyper intensities. Dawn then says that she and Jon are on a NASA Translational Research Institute project that is looking at the effect of simulated microgravity on brain lymphatic outflow. She then asks Jon to talk more about this study.

    38:24: Dawn says that trying to perform effective aeromedical research with either aviators or astronauts can be difficult due to a fear of participating in studies whose findings might affect their flight status. She then asks Jon how he addresses these concerns.

    41:02: Ken says that Jon has been extensively involved in previous investigations focused on physiological episodes in the aviation community. He then asks Jon to discuss what is meant by the term physiological episode and to give a few examples.

    46:09: Dawn asks Jon what he sees as some of the most exciting areas of research for extreme environmental medicine in human performance.

    48:42: Ken comments that Jon was instrumental in having EEG recordings removed from the standard flight physical. Ken asks Jon what led to his concerns on this measurement.

    51:15: Dawn says that Jon has done research with hyperbaric oxygen and that right now we are seeing a push to bring hyperbaric oxygen therapy in as treatment for things like traumatic brain injury and PTSD. She then asks Jon what his thoughts are on this.

    56:00: Dawn says that Jon has been extensively involved in suit testing for NASA and other commercial entities. She then asks what this testing involves and what the future space suits will look like.

    1:00: 19:Ken says that there was a meeting at IHMC years ago where NASA displayed each of the generations of NASA space suits.

    1:03:41: Dawn asks Jon to expand on his comments about how to get a deliverable from research.

    1:05:05: Dawn says that William Fife was a key mentor of Jon’s and that now Jon works with William’s daughter. Dawn asks Jon to discuss the time he spends mentoring young students and what advice he has for them.

    1:08:03: Ken says that NASA has been formulating plans for a crew tended cislunar space station concept, known as the Deep Space Gateway. This station could be used as a staging ground for robotic and human lunar surface missions as well as eventual travel to Mars. Ken then asks Jon to talk more about the Deep Space Gateway.

    1:11:41: Dawn asks Jon to discuss his recent sailing expedition off the California coast.

    1:15:27: Ken mentions that Jon participated in the National Outdoor Leadership School executive expedition that went into the Wind River Range of Wyoming. Ken points out the Roger Smith, who was featured on episode 51 of STEM-Talk, and his wife Margaret Creel were longtime instructors at NOLS, and asks Jon for his thoughts about NOLS and the work it does.

    1:19:20: Ken and Dawn thank Jon for joining them.


    Episode 55: Jon Clark looks back at his Naval and NASA careers and the Space Shuttle Columbia disaster Jan 16, 2018
    Show notes

    Today’s episode is the first of two-part interview with IHMC Senior Scientist Dr. Jonathan Clark, a six-time Space Shuttle crew surgeon who has served in numerous roles for both NASA and the Navy. In a wide-ranging conversation with Ken and Dawn, Jon talks about his 26-year career in the Navy, his extensive research on the neurologic effects of extreme environments on humans, and the tragic death of his wife, astronaut Laurel Clark, who died along with six fellow crew members in the Space Shuttle Columbia disaster in 2003. Jon received his Bachelor of Science from Texas A&M University, and medical degree from the Uniformed Services University of the Health Sciences in Bethesda, Maryland. He is board certified in neurology and aerospace medicine. Jon headed the Spatial Orientation Systems Department at the Naval Aerospace Medical Research Laboratory in Pensacola. He also held other top positions in the Navy and qualified as a Naval flight officer, Naval flight surgeon, Navy diver and Special Forces freefall parachutist. Jon's service as a Space Shuttle crew surgeon was part of an eight-year tenure at NASA, where he was also chief of the Medical Operations Branch and an FAA senior aviation medical examiner for the NASA Johnson Space Center Flight Medicine Clinic. He additionally served as a Department of Defense Space Shuttle Support flight surgeon covering two shuttle missions. In addition to his new role as a senior research scientist at IHMC, Jon is an associate professor of Neurology and Space Medicine at Baylor College of Medicine and teaches operation space medicine at Baylor’s Center for Space Medicine. He also is the space medicine advisor for the National Space Biomedical Research Institute, and is a clinical assistant professor at the University of Texas Medical Branch in Galveston where he teaches at the Aerospace Medicine Residency.


    Episode 54: Brianna Stubbs talks about ketone esters and their application in sport Jan 02, 2018
    Show notes

    Late in 2017, a San Francisco startup company brought one of the commercial ketone esters to market. Today’s episode features an interview with a scientist and world-class athlete who has spent the past year helping develop and rollout HVMN Ketone, an FDA-approved drink that promises increased athletic ability as well as heightened focus and energy. Dr. Brianna Stubbs earned her PhD in biochemical physiology from Oxford University in 2016 where she researched the effects of ketone drinks on elite athletes. During Brianna’s collegiate athletic career, she won two gold medals while representing Great Britain at the World Rowing Championships. She first made international news when as a 12-year-old she became the youngest person ever to row across the British Channel. Brianna graduated from Oxford’s Pembroke College with a BA in preclinical sciences with the idea of becoming an MD. But after spending a year working as a research assistant helping to investigate the effect of exogenous ketones on human performance, she decided instead to pursue her doctorate in biochemical physiology and investigate how ketone compounds might be applied in a sporting and healthcare setting in the future. While at Oxford, she worked alongside Dr. Kieran Clarke to develop a novel ketone monoester that has been shown to improve exercise performance in endurance athletes. She also was a member of the Great Britain Rowing Team and in 2016 become the World Champion in the lightweight guadruple sculls. Brianna’s time at Oxford gave her a unique opportunity to combine her scientific interest in sports physiology and metabolism while also competing at an international level. Brianna moved to the United States in June of 2017 to work at HVMN and help bring the company’s ketone ester to market.


    Episode 53: Brian Caulfield on wearable technologies and the potential of electrical muscle stimulation Dec 19, 2017
    Show notes

    Today’s interview is with Dr. Brian Caulfield, the dean of physiotherapy at the University College Dublin, where he also is one of the directors of Ireland’s largest research center, the INSIGHT Center for Data Analytics. Brian is especially known for the work he is doing with wearable and mobile sensing technologies and how their use is opening new avenues for human performance evaluation and enhancement in areas like elite sports to rehabilitation medicine to gerontology. He also is a leader in the use of electrical muscle stimulation, also known as EMS, which is being used in health and sports. Brian also is the principal investigator in Ireland’s industry-led Connected Health Technology Center and is the overall project coordinator for the Connected Health Early Stage Researcher Support System, which is Europe’s first networked Connected Health PhD training program. Brian graduated with a bachelor’s Degree in Physiotherapy, a master’s in Medical Science, and a PhD in Medicine from the University College of Dublin. He has co-authored more than 180 research publications and six patents. He also has supervised more than 30 master’s of science graduate research and PhD projects to completion. Brian was the recent recipient of the prestigious 2017 University College Dublin Innovation Award, which recognized his work in the development of a connected health ecosystem in Ireland.


    Episode 52: Nina Teicholz on saturated fat, U.S. dietary guidelines, and the shortcomings of nutrition science Dec 05, 2017
    Show notes

    Investigative journalist Nina Teicholz joined Ken and Dawn remotely from a studio in New York City in mid-September for a fascinating discussion about the history and pitfalls of nutrition science. Teicholz is the author of the international bestseller, “The Big Fat Surprise: Why Butter, Meat & Cheese Belong in a Healthy Diet.” The Economist named it the number one science book of 2014 and the Journal of Clinical Nutrition wrote, “This book should be read by every scientist and every nutritional science professional.” Nina began her journalism career as a reporter for National Public Radio. She went on to write for many publications, including the Wall Street Journal, New York Times, Washington Post, The New Yorker, and The Economist. She attended Yale University and Stanford University where she studied biology and majored in American Studies. She has a master’s degree from Oxford University and served as associate director of the Center for Globalization and Sustainable Development at Columbia University. “The Big Fat Surprise” is credited with upending the conventional wisdom on dietary fat. It challenged the very core of America’s nutrition policy by explaining the politics, personalities, and history of how we came to believe that dietary fat is bad for health. Her book was the first mainstream publication to make the full argument for why saturated fats – the kind found in dairy, meat and eggs – belong in a healthy diet. The Wall Street Journal, Forbes, Mother Jones, the Library Journal and Kirkus Review named “The Big Fat Surprise” one of the best books of 2014. The Economist described Nina’s book as a “nutrition thriller.”


    Episode 51: Roger Smith talks about bears, raptors, and life as a field biologist Nov 21, 2017
    Show notes

    Today’s episode features field biologist Roger Smith, the founder and chair of the Teton Raptor Center, a rehabilitation facility in Jackson Hole, Wyoming, that annually cares for more than 130 injured birds.

    Roger and his wife, Margaret Creel, who also is a field biologist, established the Teton Raptor Center in 1997 as a facility committed to rehabilitating birds of prey.

    Both Ken and Dawn have visited the center, which has an education outreach program that reached nearly 37,000 people in 2016. “For our listeners who have never been to the Teton Raptor Center, I can honestly say that a visit to the center and the Grand Teton National Park would be well worth your time,” says Ken at the end of episode 51.

    Roger has spent his entire professional career in the natural sciences and environmental education. After high school, he headed off to the University of Montana and started his life as a field biologist researching grizzly bears in northwestern Montana in 1977.

    He continued to study grizzly and black bears in Alaska, Maine and Colorado before completing his secondary science degree in 1984. After teaching high school science in Montana, he moved to Jackson Hole in 1985 and joined the resident faculty at the Teton Science School. At the school, he designed and implemented a field-oriented natural science curriculum for adults and children. In 1987, he joined the field staff at the National Outdoor Leadership School and led courses in Wyoming, Texas, Mexico and Kenya. In 1994, Roger completed his Master’s degree in Wildlife Biology and Physiology at the University of Wyoming.

    Roger’s research has focused on raptors and ravens of the Grand Teton National Park. His research and papers have been published in a number of peer-reviewed professional journals.

    In 1994, he helped initiate and manage the professional residency in environmental education program at the Teton Science School, and was on the faculty there until 1999. He managed all aspects of independent research, including grant and proposal writing.

    Roger founded the Teton Raptor Center in 1996 and became the Resident Naturalist at 3Creek Ranch in 2002.

    Links:

    Teton Raptor Center: http://tetonraptorcenter.org

    Raptor Center video: https://www.youtube.com/watch?v=MdTB9hcF02k

    Roger’s IHMC Ocala lecture: http://www.ihmc.us/lectures/20170308/

    Show Notes:

    4:26: Ken and Dawn welcome Roger to the show.

    4:40: Dawn asks Roger where he grew up and what kind of childhood he had.

    6:56: Dawn discusses how Roger went to the University of Montana to study wildlife biology and as a freshman volunteered for a grizzly bear project, where he spent time in the wild analyzing grizzly bear scat.

    8:54: Ken recalls a story Roger told him about him working on a black-bear project in 1979, which involved trapping and tagging bears in northern Maine. Ken comments on how this was an interesting time to be in the Maine woods as a young person. Ken then asks Roger if there are any adventures he would like to share from his time in northern Maine.

    12:46: Ken comments on how bears are also found in the Tetons and throughout the Yellowstone ecosystem. He discusses how we often see warning signs posted to alert hikers and campers in areas where bears have been active. Ken then asks Roger if we have seen changes in activity in recent times, and if so, what drives those changes.

    15:15: Ken discusses how he read a story about a grizzly bear breaking into someone’s garage to eat an elk carcass.

    16:22: Dawn says that the grizzly bear is a reclusive animal and asks Roger what we know about its lifecycle.

    18:07: Dawn comments that bears are opportunistic omnivores, eating a lot of berries and plants. She then asks Roger to discuss a grizzly’s diet.

    20:18: Ken asks Roger to discuss bear hibernation and how it is different than other hibernators.

    24:43: Ken discusses his amazement with the management of waste and kidney function, with respect to hibernation.

    25:56: Ken discusses how both he and Dawn were at a meeting looking at hibernators, with respect to clues and ideas that may facilitate long duration human spaceflight.

    27:31: Dawn comments on how she read that grizzlies can deposit as much as three and a half pounds of fat per day while preparing for hibernation. She then asks Roger what we know about hibernation preparation and physical adaptation in bears.

    30:08: Ken asks if the bears came out this past winter when it was particularly cold.

    30:34: Dawn asks what changes help bears transition back into normal activity after hibernation.

    32:15: Dawn discusses how grizzlies are considered to be keystone predators and asks Roger to explain what this means and what their impact is on the surrounding ecology.

    35:22: Ken comments that grizzly bears have recently become more common on the arctic islands and that we have seen grizzly bear-polar bear hybrids. He then asks Roger if we are seeing a breakdown of the species barrier here.

    36:58: Dawn asks Roger to talk about how he became an avid bird watcher while he was capturing bears.

    39:03: Dawn asks Roger what skills he finds necessary to be a successful field scientist.

    42:07: Ken asks Roger if it seems like we have a good supply of future field scientists in the pipeline.

    43:38: Ken comments that when the potential scientists find out they cannot charge their smart phones in the wild, it may cause some atrophy in the population.

    44:45: STEM-TALK BLURB

    45:12: Dawn asks Roger why someone decides to become a wildlife scientist.

    47:46: Dawn mentions that after Roger took a few years off from school, he went back to the University of Montana to get a secondary science teaching degree. She then asks Roger what motivated him to become a teacher.

    49:46: Dawn asks Roger to discuss his experience in 1985 at the Teton Science School in Teton National Park.

    52:01: Ken talks about Roger’s time working with the National Outdoor Leadership School. He asks Roger what NOLS like then and what it’s like now.

    53:45: Dawn asks what it was like for Roger to spend a year in Kenya teaching outdoor skills, and why Kenya.

    58:10: Dawn says that when Roger came back to the States, he began working at Grand Teton National Park studying falcons. She then asks if this is how the next phase of his career started.

    1:00:48: Ken mentions that Roger’s experience studying falcons led him to the graduate program at the University of Wyoming and its school of zoology and physiology. Ken asks Roger what then happened at school to lead him to focus on raptors.

    1:03:44: Dawn asks Roger what a raptor exactly is.

    1:07:34: Ken asks Roger what the role of raptors is generally in the greater ecosystem.

    1:09:19: Dawn asks Roger what the typical lifestyle of a bird of prey is.

    1:11:10: Dawn asks Roger what we know about their evolutionary history.

    1:13:50: Ken says that birds are remarkably smart, even though their brains are incredibly small. He then asks Roger if he has spent any time observing ravens.

    1:15:52: Dawn asks Roger to discuss raptors’ keen eyesight and other adaptations that they show.

    1:17:38: Ken comments that raptors can live for a while without eating and asks Roger if we know how they do this.

    1:20:06: Ken says it’s interesting how animals have evolved clever mechanisms to deal without food.

    1:20:25: Dawn asks what we are seeing in respect to bioaccumulation in these species and if there are specific chemicals or contaminants that are a specific concern.

    1:23:02: Dawn asks Roger to discuss an injured owl his colleague found in the woods, which ended up giving Roger the idea of spending more time rehabilitating injured birds.

    1:23:42: Dawn discusses how Roger finished his thesis in 1994 and went back to the Teton Science School to help run the graduate program. At this time Roger began bringing injured birds home to live in his house.

    1:24:21: Ken asks Roger if it is true that after about ten years of birds in the house, his wife said enough, and this was the start of the Teton Raptor Center.

    1:25:51: Ken asks Roger to discuss his role in Three Creek.

    1:27:24: Dawn says that Roger is heavily involved with raptor rehabilitation at the Teton Raptor Center. She then asks Roger how often he is treating animals and what kind of injuries he sees.

    1:28:21: Dawn asks Roger to walk through what it takes to rehabilitate an animal prior to their return to the wild.

    1:29:40: Dawn asks Roger what kind of raptor research studies he is involved in.

    1:32:06: Ken asks Roger where new technology and engineering has influenced raptor research.

    1:32:38: Ken asks Roger where the future of raptor research may be headed.

    1:33:16: Ken asks Roger to talk about what comprises the greater Yellowstone ecosystem.

    1:34:45: Dawn asks Roger what he likes to do in his free time.

    1:35:40: Dawn and Ken thank Roger for appearing on STEM-Talk.


    Episode 50: Ken Ford talks about ketosis, optimizing exercise, and the future direction of science, technology, and culture Nov 07, 2017
    Show notes

    Today’s episode features the second of Dawn Kernagis’ two-part interview with her STEM-Talk co-host and IHMC Director Ken Ford. This episode marks a milestone for STEM-Talk. It’s our 50th episode and follows Ken’s formal induction into the Florida Inventor’s Hall of Fame. In part-1 of Dawn’s interview, listeners learned about Ken’s childhood and his years as a rock and roll promoter back in the ‘70s. Ken even shared an interesting story about how he went from being a philosophy major to a computer scientist. He also talked about his work in AI and the creation of IHMC and the pioneering work underway at the institute. If you missed episode 49, be sure to check it out. Part two of Ken’s interview focuses more on his research and personal experience with the ketogenic diet, ketone esters, exercise and ways to extend health span and perhaps longevity. Dawn and Ken also discuss the nature of technical progress As listeners learned in part one, Ken has a varied background. He is a co-founder of IHMC, which has grown into one of the nation’s premier research organizations with world-class scientists and engineers investigating a broad range of topics. He also is the author of hundreds of scientific papers and six books. He received his Ph.D. in Computer Science from Tulane University. He is a Fellow of the Association for the Advancement of Artificial Intelligence, a charter Fellow of the National Academy of Inventors, and a member of the Association for Computing Machinery, the IEEE Computer Society, and the National Association of Scholars. In 2012, Tulane University named Ford its Outstanding Alumnus in the School of Science and Engineering. The Association for the Advancement of Artificial Intelligence named Dr. Ford the recipient of the 2015 Distinguished Service Award. Also in 2015, Dr. Ford was elected as Fellow of the American Association for the Advancement of Science. In January 1997, Dr. Ford was asked by NASA to develop and direct its new Center of Excellence in Information Technology at the Ames Research Center in Silicon Valley, where he also served as Associate Center Director. In July 1999, Dr. Ford was awarded the NASA Outstanding Leadership Medal. That same year, Ford returned to private life in Florida and to IHMC. In October 2002, President George W. Bush nominated Dr. Ford to serve on the National Science Board (NSB). In 2005, Dr. Ford was appointed and sworn in as a member of the Air Force Scientific Advisory Board. In 2007, he became a member of the NASA Advisory Council and on October 16, 2008, Dr. Ford was named as chairman – a capacity in which he served until October 201l. In August 2010, Dr. Ford was awarded NASA’s Distinguished Public Service Medal – the highest honor the agency confers. In February 2012, Dr. Ford was named to a two-year term on the Defense Science Board and in 2013, he became a member of the Advanced Technology Board which supports the Office of the Director of National Intelligence.


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