Big Picture Science

Radical Cosmology

400 years ago, some ideas about the cosmos were too scandalous to mention. When the Dominican friar Giordano Bruno suggested that planets existed outside our Solar System, the Catholic Inquisition had him arrested, jailed, and burned at the stake for heresy. Today, we have evidence of thousands of planets orbiting other stars.  Our discovery of extrasolar planets has dramatically changed ideas about the possibility for life elsewhere in the universe.  Modern theories about the existence of the ghostly particles called neutrinos or of collapsed stars with unfathomable gravity (black holes), while similarly incendiary, didn’t prompt arrest, of course.  Neutrinos and black holes were arresting ideas because they came decades before we had the means to prove their existence. Hear about scientific ideas that came before their time and why extrasolar planets, neutrinos, and black holes are now found on the frontiers of astronomical research. Guests: Alberto Martínez – Professor of history, University of Texas, Austin, and author of Burned Alive: Giordano Bruno, Galileo & the Inquisition Anne Schukraft – Associate scientist, Fermilab National Accelerator Laboratory Ephraim Fischbach – Professor of physics and astronomy, Purdue University Chris Impey – Professor of astronomy, University of Arizona, and author of Einstein’s Monsters: The Life and Times of Black Holes

Skeptic Check: Astrology Ascending

The fault is in our stars.  And according to astrology, so is our destiny, our moods, and our character.  Mars may be in retrograde, but interest in the ancient practice of astrology is rising.  The fact that it is not science is irrelevant to those who claim “it works.”  Find out why “what’s your sign” is replacing “what do you do?” as an icebreaker, the historical roots of astrology and whether its truth-value matters today, and what conclusions we can draw from the many studies examining the full moon’s influence on human behavior. It’s our monthly look at critical thinking, but don’t take our word for it! Guests: Banu Guler – CEO and co-founder of Co-Star Astrology Andrew Fraknoi – Astronomy professor at the Fromm Institute at the University of San Francisco and The Osher Lifelong Learning Institute at San Francisco State University. Eric Chudler – Research associate professor, department of bioengineering, University of Washington, Seattle, and curator of a collection of studies about the moon and behavior.  

Rip Van Winkle Worm

Your shower pipes are alive.  So are your sinks, books, and floorboards.  New studies of our homes are revealing just what species live there – in the thousands, from bacteria to flies to millipedes.  Meanwhile, life keeps surprising us by popping up in other unexpected places: the deep biosphere houses the majority of the world’s bacteria and the Arctic tundra has kept worms frozen, but alive, for 40,000 years. We embrace the multitude of life living on us, in us, and – as it turns out – in every possible ecological niche.  Most of it is harmless, some is beneficial, and it’s all testament to the amazing diversity and adaptability of life.  In addition, the hardiest organisms suggest where we might find life beyond Earth. Guests: Rob Dunn – Professor of applied ecology at North Carolina State University and at the Natural History Museum at the University of Copenhagen. Author of “Never Home Alone: From Microbes to Millipedes, Camel Crickets, and Honeybees, the Natural History of Where We Live.” Lynn Rothschild – Astrobiologist and synthetic biologist at the NASA Ames Research Center. Karen Lloyd – Environmental microbiologist and associate professor at the University of Tennessee.

Sci-Fi From the Future

Are you ready to defer all your personal decision-making to machines? Polls show that most Americans are uneasy about the unchecked growth of artificial intelligence. The possible misuse of genetic engineering also makes us anxious. We all have a stake in the responsible development of science and technology, but fortunately, science fiction films can help. The movies Ex Machina and Jurassic Park suggest where A.I. and unfettered gene-tinkering could lead. But even less popular sci-fi movies can help us imagine unsettling scenarios regarding over-population, smart drugs, and human cloning.  And not all tales are grim.  The 1951 film, The Man in the White Suit, weaves a humorous story of materials science run amok.    So, grab a bowl of popcorn and join us in contemplating the future of humanity as Hollywood sees it! Guest: Andrew Maynard – Physicist and professor at the School for the Future of Innovation in Society at Arizona State University.  Author of Films from the Future: The Technology and Morality of Sci-Fi Movies.

Space: Why Go There?

(repeat) It takes a lot of energy and technology to leave terra firma. But why rocket into space when there’s so much to be done on Earth?  From the practical usefulness of satellites to the thrill of exploring other worlds, let us count the ways. The launch of a NOAA weather satellite to join its twin provides unparalleled observation of storms, wildfires, and even lightning.  Find out what it’s like to watch hurricanes form from space. Meanwhile, more than a dozen countries want their own satellites to help solve real-world problems, including tracking disease.  Learn how one woman is helping make space accessible to everyone. Plus, now that we’ve completed our grand tour of the Solar System, which bodies are targets for return missions and which for human exploration?   Guests: Sarah Cruddas – Space journalist, broadcaster, and author based in the U.K. Jamese Sims – GOES-R Project Manager at NOAA Danielle Wood – Assistant professor, MIT Media Lab, Director of the Space Enabled Research Group Jim Green – NASA Planetary Science Division Director 

Skeptic Check: Science Breaking Bad

(repeat) The scientific method is tried and true. It has led us to a reliable understanding of things from basic physics to biomedicine.  So yes, we can rely on the scientific method.  The fallible humans behind the research, not so much.  And politicians?  Don’t get us started.  Remember when one brought a snowball to the Senate floor to “prove” that global warming was a hoax?  Oy vey. We talk to authors about new books that seem to cast a skeptical eye on the scientific method… but that are really throwing shade on the ambitious labcoat-draped humans who heat the beakers and publish the papers … as well as the pinstriped politicians who twist science to win votes. Find out why the hyper-competitive pursuit of results that are “amazing” and “incredible” is undermining medical science … how a scientific breakthrough can turn into a societal scourge (heroin as miracle cure) … and what happens when civil servants play the role of citizen scientists on CSPAN. Guests: Richard Harris - NPR science correspondent, author of Rigor Mortis: How Sloppy Science Creates Worthless Cures, Crushes Hope, and Wastes Billions.  Paul Offit - Professor of pediatrics, attending physician, Division of Infectious Diseases, Children’s Hospital of Philadelphia, author of Pandora’s Lab: Seven Stories of Science Gone Wrong. Dave Levitan - Science journalist, author of Not a Scientist; How Politicians Mistake, Misrepresent and Utterly Mangle Science.  

Bacteria to the Future

(Repeat) Why did the chicken take antibiotics?  To fatten it up and prevent bacterial infection. As a result, industrial farms have become superbug factories, threatening our life-saving antibiotics. Find out how our wonder drugs became bird feed, and how antibiotic resistant bugs bred on the farm end up on your dinner plate.  A journalist tells the story of the 1950s fad of “acronizing” poultry; the act of dipping it in an antibiotic bath so it can sit longer on a refrigerator shelf. Plus, some ways we can avoid a post-antibiotic era. The steps one farm took to make their chickens antibiotic free… and resurrecting an old therapy: enlisting viruses to target and destroy multi-drug resistant bacteria.  Set your “phages” to stun.  Guests: Maryn McKenna - Investigative journalist who specializes in public health and food policy. Author of “Big Chicken: The Incredible Story of How Antibiotics Created Modern Agriculture and Changed the Way the World Eats.” Ryland Young - Biochemist, head of the Center for Phage Technology at Texas A&M; University.

Skeptic Check: Science Denial

Climate change isn’t happening.  Vaccines make you sick.  When it comes to threats to public or environmental health, a surprisingly large fraction of the population still denies the consensus of scientific evidence.  But it’s not the first time – many people long resisted the evidentiary link between HIV and AIDS and smoking with lung cancer. There’s a sense that science denialism is on the rise.  It prompted a gathering of scientists and historians in New York City to discuss the problem, which included a debate on the usefulness of the word “denial” itself.  Big Picture Science was there. We report from the Science Denial symposium held jointly by the New York Academy of Sciences and Rutgers Global Health Institute.  Find out why so many people dig in their heels and distrust scientific findings.  Plus, the techniques wielded by special interest groups to dispute some inconvenient truths.  We also hear how simply stating more facts may be the wrong approach to combating scientific resistance. Guests: Melanie Brickman Borchard - Director of Life Sciences Conferences at New York Academy of Sciences Nancy Tomes - professor of history at Stony Brook University Allan Brandt - professor of history of science and medicine at Harvard University. Author of “The Cigarette Century: The Rise, Fall, and Deadly Persistence of the Product that Defined America” Sheila Jasanoff - Director of Program on Science, Technology and Society and professor of environment, science and technology at Kennedy School of Government at Harvard University Michael Dahlstrom - Associate Director of Greenlee School of Journalism and Communication, and associate professor at Iowa State University Matthew Nisbet - professor of communication and public policy at Northeastern University Arthur (Art) Caplan - professor and founding head of medical ethics at NYU School of Medicine

You've Got Whale

SMS isn’t the original instant messaging system.  Plants can send chemical warnings through their leaves in a fraction of a second.  And while we love being in the messaging loop – frenetically refreshing our browsers – we miss out on important conversations that no Twitter feed or inbox can capture. That’s because eavesdropping on the communications of non-human species requires the ability to decode their non-written signals. Dive into Arctic waters where scientists make first-ever recordings of the socializing clicks and squeals of narwhals, and find out how climate shifts may pollute their acoustic landscape.  Also, why the chemical defense system of plants has prompted one biologist to give greenery an “11 on the scale of awesomeness.” And, you can’t see them, but they sure can sense one another: how communicating microbes plan their attack. Guests: Susanna Blackwell – Bio-acoustician with Greeneridge Sciences. Hear her recordings of narwhals here. Simon Gilroy – Professor of botany, University of Wisconsin, Madison. His video of glowing green caterpillar-munched plants can be viewed here. Peter Greenberg – Professor of microbiology, University of Washington, Seattle

Air Apparent

(Repeat) Whether you yawn, gasp, sniff, snore, or sigh, you’re availing yourself of our very special atmosphere.   It’s easy to take this invisible chemical cocktail for granted, but it’s not only essential to your existence: it unites you and every other life form on the planet, dead or alive.  The next breath you take likely includes molecules exhaled by Julius Caesar or Eleanor Roosevelt. And for some animals, air is an information superhighway.  Dogs navigate with their noses.  Their sniffing snouts help them to identify their owners, detect trace amounts of drugs, and even sense some diseases.  Find out what a dog’s nose knows, and why no amount of bathing and dousing in perfume can mask your personal smelliness. Plus, why your own schnoz is key to not only enjoying a fine Bordeaux, but to survival of our species. Guests: Sam Kean – Science writer, author of “Caesar’s Last Breath: Decoding the Secrets of the Air Around Us”  Alexandra Horowitz – Dog cognition researcher, Barnard College, author of “Being A Dog: Following the Dog Into a World of Smell”  Rachel Herz – Cognitive neuroscientist, Brown University, author of “Why You Eat What You Eat,” and “The Scent of Desire: Discovering Our Enigmatic Sense of Smell”  Ken Givich – Microbiologist, Guittard Chocolate company

Creature Discomforts

Okay you animals, line up: stoned sloths, playful pandas, baleful bovines, and vile vultures.  We’ve got you guys pegged, thanks to central casting.  Or do we?  Our often simplistic view of animals ignores their remarkable adaptive abilities.  Stumbly sloths are in fact remarkably agile and a vulture’s tricks for thermoregulation can’t be found in an outdoors store.  Our ignorance about some animals can even lead to their suffering and to seemingly intractable problems.  The South American nutria was brought to Louisiana to supply the fur market.  But the species got loose and tens of millions of these rodents are destroying the environment.  It literally has a bounty on its tail. Hear about research that corrects a menagerie of misunderstandings about our fellow furry, feathered, and scaly animals, and how getting over ourselves to know them better can have practical benefits. Will you still recoil from termites if you learn that they are relevant to the future of robots, global warming, and smart design? Guests: Lucy Cooke – Zoologist, broadcaster and author of “The Truth About Animals: Stoned Sloths, Lovelorn Hippos, and Other Tales from the Wild Side of Wildlife” Chris Metzler – Co-director and producer of the film Rodents of Unusual Size Lisa Margonelli – Journalist and author of "Underbug: An Obsessive Tale of Termites and Technology"

Skeptic Check: Heal Thyself

Do we still need doctors?  There are umpteen alternative sources of medical advice, including endless and heartfelt health tips from people without medical degrees. Frankly, self-diagnosis with a health app is easier and cheaper than a trip to a clinic.   Since we’re urged to be our own health advocate and seek second opinions, why not ask Alexa or consult with a celebrity about what ails us? Find out if you can trust these alternative medical advice platforms.  Plus, lessons from an AIDS fighter about ignoring the findings of medical science.   And, if AI can diagnose better than an MD, will we stop listening to doctors altogether? It’s our monthly look at critical thinking … but don’t take our word for it! Guests: Katherine Foley – Science and health reporter at Quartz, and author of the article “Alexa is a Terrible Doctor” Paul Offit – Professor of pediatrics at the Children’s Hospital of Philadelphia and the Perlman School of Medicine at the University of Pennsylvania, and author of “Bad Advice: Or Why Celebrities, Politicians, and Activists Aren’t Your Best Source of  Health Information” Richard Marlink – Director Rutgers Global Health Institute. Shinjini Kundu – Research Fellow, University of Pittsburgh Medical Center Stuart Schlisserman – Internist, Palo Alto, California

Angles of a Hack

(repeat) Changed your computer password recently?  We all try to stay one step ahead of the hackers, but the fear factor is increasing.  The risks can range from stolen social security numbers to sabotaging a national power grid.  Sixty years ago, when hacking meant nosing around the telephone network, it seemed innocent enough.  And not all modern hacking has criminal intent.  Today, there are biohackers who experiment with implanted electronic devices to improve themselves, and geoengineers who propose to hack the climate.  But in our efforts to cool an overheated planet, might we be going down a dangerous path? In this second of two episodes on hacking, the modern variations of “hacking,” and their consequences. Plus: when does hacking a system improve it?  

New Water Worlds

The seas are rising.   It’s no longer a rarity to see kayakers paddling through downtown Miami.  By century’s end, the oceans could be anywhere from 2 to 6 feet higher, threatening millions of people and property.  But humans once knew how to adapt to rising waters.  As high water threatens to drown our cities, can we learn do it again. Hear stories of threatened land: submerged Florida suburbs, the original sunken city (Venice), and the U.S. East Coast, where anthropologists rush to catalogue thousands of low-lying historical and cultural sites in harm’s way, including Jamestown, Virginia and ancient Native American sites.   But also, stories of ancient adaptability: from the First American tribes of the Colusa in South Florida to the ice age inhabitants of Doggerland.  And, modern approaches to staying dry: stilt houses, seawalls, and floating cities. Guests: Jeff Goodell– Journalist and author of “The Water Will Come: Rising Seas, Sinking Cities, and the Remaking of the Civilized World” Brian Fagan– Archaeologist and Emeritus Professor of Anthropology, University of California Santa Barbara, and author of many books including “The Attacking Ocean: the Past, Present, and Future of Rising Sea Levels”  David Anderson– Professor of Anthropology, University of Tennessee.  His team’s PLOS ONE paper is “Sea-level rise and archaeological site destruction.” His DINAA site can be used to generate maps of where people were living in the past, up to ca. 15,000 years ago.  

It's Habitable Forming

There’s evidence for a subsurface lake on Mars, and scientists are excitedly using the “h” word.  Could the Red Planet be habitable, not billions of years ago, but today?  While we wait – impatiently – for a confirmation of this result, we review the recipe for habitable alien worlds. For example, the moon Titan has liquid lakes on its surface.  Could they be filled with Titanites? Dive into a possible briny, underground lake on Mars … protect yourself from the methane-drenched rain on a moon of Saturn … and cheer on the missed-it-by-that-much planets, asteroids Ceres and Vesta. Also, do tens of billions of potentially habitable extrasolar planets mean that Earth is not unique? Guests: Nathalie Cabrol – Planetary scientist, Director of the Carl Sagan Center for the Study of Life in the Universe at the SETI Institute Jack Holt – Geophysicist, Lunar and Planetary Laboratory, University of Arizona Jani Radebaugh – Planetary scientist and professor of geology, Brigham Young University Marc Rayman –  Mission Director and Chief Engineer of NASA’s Dawn Mission Phil Plait – Astronomer, blogger, and widely known as the Bad Astronomer

It's In Material

(Repeat) Astronauts are made of the “right stuff,” but what about their spacesuits?   NASA’s pressurized and helmeted onesies are remarkable, but they need updating if we’re to boldly go into deep space.   Suiting up on Mars requires more manual flexibility, for example.  Find out what innovative materials might be used to reboot the suit. Meanwhile, strange new materials are in the pipeline for use on terra firma: spider silk is kicking off the development of biological materials that are inspiring ultra-strong, economical, and entirely new fabrics.  And, while flesh-eating bacteria may seem like an unlikely ally in materials science, your doctor might reach for them one day.  The bacterium’s proteins are the inspiration for a medical molecular superglue. Plus, an overview of more innovative materials to come, from those that are 3D printed to self-healing concrete.   Guests: Nicole Stott– Retired NASA astronaut, artist  Dava Newman– Professor of Astronautics and Engineering Systems, Massachusetts Institute of Technology Andrew Dent– Vice President of Library and Materials Research, Material ConneXion Mark Howarth– Biochemist, Oxford University Mark Miodownik– Materials scientist, University College London, author of “Stuff Matters; Exploring the Marvelous Materials that Shape Our Man-Made World” 

On Thin Ice

ENCORE  Water is essential for life – that we know.  But the honeycomb lattice that forms when you chill it to zero degrees Celsius is also inexorably intertwined with life. Ice is more than a repository for water that would otherwise raise sea levels.  It’s part of Earth’s cooling system, a barrier preventing decaying organic matter from releasing methane gas, and a vault entombing ancient bacteria and other microbes.  From the Arctic to the Antarctic, global ice is disappearing.  Find out what’s at stake as atmospheric CO2 threatens frozen H2O.  Guests: Peter Wadhams- Emeritus Professor of Ocean Physics at Cambridge University in the U.K. and the author of A Farewell to Ice: A Report from the Arctic Eric Rignot- Earth systems scientist, University of California, Irvine, senior research scientist, NASA Jet Propulsion Laboratory Åsmund Asdal- Biologist, Nordic Genetic Resource Center, coordinator for operations and management of the Svalbard Global Seed Vault, Svalbard, Norway John Priscu- Polar biologist, Montana State University

Frogs' Pants

ENCORE  It’s one of the most bizarre biological experiments ever. In the 18th century, a scientist fitted a pair of tailor-made briefs on a male frog to determine the animal’s contribution to reproduction.  The process of gestation was a mystery and scientists had some odd-ball theories.   Today, a 5th grader can tell you how babies are made, but we still don’t know exactly what life is.  In our quest to understand, we’re still at the frogs’ pants stage. Find out why conception took centuries to figure out.  Also, why the 1970s Viking experiments, specifically designed to detect life on Mars, couldn’t give us a definitive answer.  Plus, can knowing where life isn’t help define what it is?  Take a tour of the world’s barren places.  Guests: Jay Gallentine - Author of books about space and space history. Edward Dolnick - Author and former science writer at the Boston Globe.  His book is The Seeds of Life: From Aristotle to Da Vinci, from Shark’s Teeth to Frogs’ Pants. Chris McKay - Planetary scientist, NASA Ames Research Center. 

Perpetual Emotion Machine

ENCORE  Get ready for compassionate computers that feel your pain, share your joy, and generally get where you’re coming from.  Computers that can tell by your voice whether you’re pumped up or feeling down, or sense changes in heart rate, skin, or muscle tension to determine your mood.  Empathetic electronics that you can relate to. But wait a minute – we don’t always relate to other humans.  Our behavior can be impulsive and even self-sabotaging – our emotions are often conflicted and irrational.   We cry when we’re happy.  Frown when we’re pensive.  A suite of factors, much of them out of our control, govern how we behave, from genes to hormones to childhood experience.  One study says that all it takes for a defendant to receive a harsher sentence is a reduction in the presiding judge’s blood sugar. So grab a cookie, and find out how the heck we can build computers that understand us anyway.  Guests: Rosalind Picard – Professor at the MIT Media Lab and co-founder of the companies Affectiva and Empatica.  Robert Sapolsky – Professor of neuroscience at Stanford University, and author of Behave: The Biology of Humans at Our Best and Worst. 

Imagining Planets

Pluto, we hardly knew ye.  Well, not anymore!  Until recently, Pluto and Mars were respectively the least-known and best-known planet-sized bodies in our Solar System.  Thanks to the New Horizons spacecraft, our picture of Pluto has changed from a featureless dot to a place where we can name the geologic features.  And with rovers and orbiters surveying the red planet, we now know much more about Mars than our parents ever did.  Examining our planetary backyard has provided insight into the trillion other planets in our galaxy. Dive into a mountain lake and trek though the driest desert on Earth with a scientist who’s had not one but two near-fatal incidents in these extreme environments. Find out what questions compel her to keep returning. And scientists on the New Horizons mission remember why the nail-biting Pluto flyby almost failed at the last minute. Find out what surprises Pluto offered and what the mission might uncover as it heads to its next, outer solar-system target. Also, from Earth-like planets to super Earths and water worlds: a tour of some of Kepler’s most intriguing extrasolar planets. Guests: Nathalie Cabrol- Planetary scientist at the SETI Institute. Alan Stern- Principal Investigator for NASA’s New Horizon mission, and co-author with David Grinspoon of “Chasing New Horizons: Inside the Epic First Mission to Pluto.” David Grinspoon- Senior scientist at the Planetary Science Institute, and co-author with Alan Stern of “Chasing New Horizons: Inside the Epic First Mission to Pluto.” Jack Lissauer- Space scientist at the NASA Ames Research Center.

Your Brain's Reins

ENCORE  You are your brain.  But what happens when your brain changes for the worse – either by physical injury or experience?  Are you still responsible for your actions? We hear how the case of a New York man charged with murder was one of the first to introduce neuroscience as evidence in court.  Plus, how technology hooks us – a young man so addicted to video games, he lacked social skills, or even a desire to eat.  Find out how technology designers conspire against his digital detox. Also, even if your brain is intact and your only task is choosing a sock color, are you really in control?  How your unconscious directs even mundane behavior … and how you can outwit it.  Guests: Kevin Davis – Author of The Brain Defense: Murder in Manhattan and the Dawn of Neuroscience in America’s Courtrooms Hilarie Cash – Co-founder and chief clinical officer of reSTART, an internet addiction recovery program Adam Alter – Assistant professor of marketing and psychology at New York University, Stern School of Business, and author of Irresistible: the Rise of Addictive Technology and the Business of Keeping Us Hooked Peter Vishton – Psychologist at the College of William and Mary in Williamsburg, Virginia

We Are VR

Will virtual reality make you a better person?  It’s been touted as the “ultimate empathy machine,” and one that will connect people who are otherwise emotionally and physically isolated.  The promise of the technology has come a long way since BiPiSci last took a VR tour.  Find out why researchers say virtual reality is no longer an exclusive club for gamers, but a powerful tool to build community. Seth puts on a VR headset for an immersive experience of a man who’s evicted from his apartment.  Find out why researchers say the experience creates empathy and sparks activism to address homelessness. Also, why our spouses will love our avatars as much as they do us, the dark side of VR as a space for unchecked harassment, and consider: what if you’re already living a simulation created by your brain? Guests: Peter Rubin – Editor for Wired, author of “Future Presence: How Virtual reality is Changing Human Connection, Intimacy, and the Limits of Ordinary Life” Jeremy Bailenson – Professor of Communication at Stanford University, founding director of the Virtual Human Interaction Lab, and author of “Experience on Demand: What Virtual Reality Is, How It Works, and What It Can Do” Carolina Cruz-Neira – Director of the Emerging Analytics Center at the University of Arkansas, Little Rock Thomas Metzinger – Philosopher of Mind and Cognitive Science, at Johannes Gutenberg University of Mainz, Germany

High Moon

"The moon or bust” is now officially bust.  No private company was able to meet the Lunar X Prize challenge, and arrange for a launch by the 2018 deadline.  The $30 million award goes unclaimed, but the race to the moon is still on. Find out who wants to go and why this is not your parents’ – or grandparents’ – space race. With or without a cash incentive, private companies are still eyeing our cratered companion, hoping to set hardware down on its dusty surface.  Meanwhile, while the U.S. waffles about a return to the moon, India and China are sending a second round of robots skyward.  And a proposed orbiting laboratory – the Lunar Orbital Platform-Gateway – may literally put scientists over, and around, the moon. The moon continues to entice sci-fi writers, and Andy Weir’s new novel describes a vibrant lunar colony. Its premise of colonists launched from Kenya is not entirely fiction: the nation is one of many in Africa with space programs. Guests: Andy Weir – Author of “The Martian” and, most recently, “Artemis” Allen Herbert – Vice President of Business Development and Strategy for NanoRacks, LLC and author of an article about emerging space programs in Africa Greg Schmidt – Deputy director of the Solar System Exploration Research Virtual Institute at NASA Ames Research Center Jason Crusan – NASA Director of Advanced Exploration Systems for Human Space Flight

Brain Dust

ENCORE  Know your brain?  Think again.  Driven by a hidden agenda, powered by an indecipherable web of neurons, and influenced by other brains, your grey matter is a black box. To "know thyself" may be a challenge, and free will nonexistent, but maybe more technology can shed light on the goings on in your noggin, and the rest of your body. Find out how tiny implanted sensors called “brain dust” may reveal what really going on. Plus, the day when your brain is uploaded into a computer as ones and zeros.  Will you still be you? Guests: David Eagleman – Neuroscientist, Stanford University, author of The Brain: the Story of You. Michel Maharbiz – Electrical engineer, University of California, Berkeley.

Skeptic Check: Your Inner Lab Coat

ENCORE  Sherlock Holmes doesn’t have a science degree, yet he thinks rationally – like a scientist. You can too! Learn the secrets of being irritatingly logical from the most famous sleuth on Baker Street. Plus, discover why animal trackers 100,000 years ago may have been the first scientists, and what we can learn from about deductive reasoning from today’s African trackers. Also, the author of a book on teaching physics to your dog provides tips for unleashing your inner scientist, even if you hated science in school. And newly-minted scientists imagine classes they wish were available to them as grad students, such as “You Can’t Save the World 101.” Guests: Louis Liebenberg - Co-founder and Executive Director of Cybertracker Conservation, associate of human evolutionary biology, Harvard University Maria Konnikova - Psychologist, journalist and author of Mastermind: How to Think Like Sherlock Holmes. Her weekly blog on psychology is at com. Chad Orzel - Physicist and astronomer at Union College, and author of How to Teach Physics to Your Dog and Eureka: Discovering Your Inner Scientist And newly-minted scientists Michael Kemp, Toni Lyn Morelli, Ilona Kotlewska, and Yonatan Lipsitz First released February 9, 2015.