Past ConferencesNobel Conference
Here you can find a listing of all Nobel Conference topics and all conference presenters, dating back to the first conference in 1965. You will find links to videorecordings of most of the conferences since 1990.
Presenters who are Nobel laureates are identified as such: the prize, and the year they won it, are listed after their name.
The college archives contain a wealth of materials about past conferences, including programs, planning documents, publicity materials and written transcripts of lectures not available electronically. You can locate a finding aid to the collection here.
2024 - Sleep, Unraveled
Sleep is a universal human experience and yet its importance is often overlooked. In addition to its role in physical rejuvenation, sufficient high-quality sleep is crucial for cognition, memory, learning, and general health. Sleep loss — whether triggered by noise or light pollution, stress, overwork or conflict with circadian rhythms — has been associated with high blood pressure, weight gain, diabetes and a plethora of other medical conditions. Conference presenters explore the centrality of sleep for human physical health and mental wellbeing. The conference will delve into the neurological and psychological processes of sleep, the cultural evolution of sleep practices, and the implications of a twenty-four-hour convenience society that leads to permanent sleep deprivation.
Watch Archived Presentations
- Robert Stickgold - Sleep, Memory and Dreams: Pulling It All Together
- Amita Seghal - Using a Simple Animal Model to Understand How and Why We Sleep
- Panel Discussion #1
- Marishka Brown - Sleep and Circadian Health: A National Research Agenda
- Panel Discussion #2
- Mary Carskadon - Clock, Hourglass and Teen Sleep
- Maiken Nedergaard - The Glymphatic System
- Panel Discussion #3
- Benjamin Reiss - Sleep and Inequality: A History
- Tricia Hersey - Rest as Portal for Justice
2023 - Insects: Little Body, Big Impact
Conference presenters address the disproportionate effects insects have on humans and the earth. From the caterpillar that eats our crops before metamorphosing into a stunning moth, to the mosquito that elegantly sips our blood (in exchange for a proboscis full of virus particles or parasites), to the socially-connected bee that pollinates flowering plants, to the humble, but mighty fruit fly that continues to teach us how our bodies function, these tiny creatures fascinate, confound, and inspire us. “Little Body/Big Impact” invites us to learn about, wonder at, and celebrate these little creatures that run the world.
- Anne Sverdrup-Thygeson - Why We Should Love Insects
- Session 1 Panel Discussion and Audience Q&A
- Shannon Olsson - Fly Psychology 101
- Jonathan Birch - The Minds of Insects and Why They Matter
- Session 2 Panel Discussion and Audience Q&A
- Segenet Kelemu - Innovations in Insect Science
- Julie Lesnik - Latitude and attitude: Environmental and cultural impacts on the perception of insects as food
- Session 3 Panel Discussion and Audience Q&A
- Jessica Ware - (Bio)Diversity
- Michael Young - What Happens to a Lonely Fly
- Session 4 Panel Discussion and Audience Q&A
2022 - Mental Health (In)Equity and Young People
Prioritizing the mental health concerns of young people has become essential amid times of global pandemic, racism, sexism, ableism, social unrest, climate change, and political upheaval. These social inequities limit our ability to promote resilience in the mental health of adolescents and young adults, especially those from marginalized communities. Young people often experience little control over their wellbeing, are affected by the decisions of parents, schools and society, and in these technology-driven times are vulnerable to the negative side effects of social media and information overload. In considering how to eradicate inequities and promote mental health, technology becomes central in how it both aids and hinders our modern existence, in the U.S. and around the world.
- Meryl Alper - Supporting Mental Health among Autistic Youth in the Digital Age
- Manuela Barreto - It takes a village to make someone lonely.
- Daniel Eisenberg - Investing in Youth Mental Health at a Population Scale
- Joseph P. Gone - Anticolonial Approaches to Community Mental Health Services for American Indians: Enacting AlterNative Psy-ence
- Priscilla Lui - Scientific understanding of racism and discrimination experiences: A path toward mental healthequity
- G. Nic Rider - Radical Healing and Inclusive Change-Making: Centering Transgender and Gender Diverse Communities
2021 - Big Data (R)Evolution
How is big data changing our lives, and what challenges and opportunities does this transformation present? In less than a generation, we’ve witnessed nearly every piece of personal, scientific, and societal data come to be stored digitally. Stored information is both an intellectual and an economic commodity; it is used by businesses, governments, academics, and entrepreneurs. The velocity with which it accumulates and the techniques for leveraging it grow at a pace that is remarkable and often intimidating. But this revolution also promises hope, in areas as diverse as public health, drug development, child welfare, and climate change.
- Wendy Chun - Discriminating Data: Correlations, Neighborhoods and the New Politics of Recognition
- Francesca Dominici - How Much Evidence Do You Need? Data Science to Inform Environmental Policy During the COVID-19 Pandemic
- Pilar Ossorio - Justice in Machine Learning and AI for Health Care
- Michael Osterholm- From the Village Watchman to Actionable Data: A Challenging Journey
- Cynthia Rudin - Interpretable Machine Learning
- Rhema Vaithianathan - Child Protection: Too Much and Not Enough
- Talithia Williams - Data-Driven Decision Making, Now and Imagined
2020 (LVI) - Cancer in the Age of Biotechnology
Nobel Conference 56 explored the science of new cancer treatments, the structural and societal factors that will determine who has access to these life-saving treatments, and the therapies and practices that will enable people to live with cancer for the long term.
In recent decades, researchers have made great strides in understanding both the progression of cancer in the human individual and the ways the individual’s immune system responds to it. Their findings have led to the development of cancer therapies that can strategically target cancer cells, with the result that persons undergoing the treatments experience fewer side effects than they would with traditional chemotherapy. The complexity of these biological drugs allows for their specificity and greater effectiveness, but also makes them very expensive to develop, produce and administer. Advances in treatment also increase the number of individuals living with cancer raising questions about how to most effectively support patients in the long-term following diagnosis.
- Carl June - Engineering the Immune System as a New Tool for Cancer Therapy
- Chanita Hughes-Halbert - Transformational Research in Cancer Health Disparities
- Jim Thomas - Creating Global Access to Biologic Therapeutics for Treating Cancer and Other Serious Diseases
- Kathryn Schmitz - Exercise Oncology: Balancing Evidence with the Need to Implement
- Suzanne Chambers - A Dialogue About The Care of the Patient
- Charles Sawyers - Are There Magic Bullets for Cancer?
- Bissan Al-Lazikani - Big Data and AI: Hype? Monster? Or the Future of Healthcare?
- Wednesday Panel Discussion
2019 (LV) - Climate Changed: Facing Our Future
The changes being wrought on the earth’s climate system are vast, without precedent, and of such magnitude and scale as to potentially alter life itself. Nobel Conference 55 asked “What tools are available, what research efforts do we require, and what kind of people do we need to be to conceptualize and address global climate challenges?” Nobel Conference 55 brought together seven leading thinkers to address climate change from perspectives including paleoclimate studies, climate justice, climate modeling, and climate adaptation. Attendees were encouraged to grapple with the causes and consequences of climate change and with our responses to the challenges it presents us, as individuals and as a society.
Watch Archived Presentations
- Amitav Ghosh (Not archived by request)
- Richard Alley
- Diana Liverman
- Sheila Watt-Cloutier
- Gabriele Hegerl
- David Keith
- Mike Hulme
2018 (LIV) - Living Soil: A Universe Underfoot
Scoop up some soil in your hands and consider there are more organisms in that handful of soil than humans who have ever lived. Soil is a living entity in its own right, a community of micro- and macro-organisms that interact with the earth’s mineral resources to create this complex entity that undergirds all life on the planet. The 54th Nobel Conference, Living Soil: A Universe Underfoot, invited participants to consider the vast diversity and complexity of soil, and to ponder the challenges we face in protecting this most fundamental resource.
What is soil health, and what processes sustain healthy soils? What interactions connect the living entities in the soil, and how do these interactions shape natural systems? How will climate change affect soils, and (how) can soils be used to mitigate rising levels of carbon in the atmosphere? How do we develop sustainable agricultural practices that will protect against soil erosion and promote soil health? How might we best promote exploration of beneficial compounds from soils? How might we re-imagine our relationship to soil culturally and socially, as well as biologically? These are just some of the questions that Nobel Conference 54 addressed.
- David Montgomery
- Claire Chenu
- Rattan Lal
- Frank Uekotter
- Ray Archuleta
- Jack Gilbert
- Suzanne Simard
2017 (LIII) - Reproductive Technology: How Far Do We Go?
From artificial insemination to in vitro fertilization to contraception, reproductive technologies have long raised a host of complex scientific, social, and ethical questions. New techniques and technologies, such as genome editing and mitochondrial transfer, complicate those questions even further. The 53rd Nobel Conference invites participants to consider how continuing innovations in reproductive technology challenge us to think about what it means to be human.
How have scientific and technological discoveries assisted, transformed, and suppressed reproduction, and how will they continue to shape age-old debates about fertility and reproduction, motherhood and fatherhood? How safe are new techniques and what might be their impact on human health and social health? Who decides which technologies to develop, how they are funded, and who should have access to them? This conference will explore the science of these emerging technologies and delve into the ethical complexities and social consequences that result when we reshape a process so central to human life.
- Ruha Benjamin – Rethinking Reproduction, Re-imagining Technology
- Jacob Corn – CRISPR Gene Editing
- Marsha Saxton – Disability Rights Meets DNA Research
- Alison Murdoch – Reproductive Technology Regulation in the UK: 40-Year Review
- Diana Blithe – Prospects and Pipeline for Male Contraception
- Charis Thompson – The End of the World As We Know it? Human Technology Futures in a Time of Automation, Augmentation, and Deselection
- Jad Abumrad – Reproductive Technology and the Radiolab Podcast
2016 (LII) - In Search of Economic Balance
The transition to a world economy has revealed a variety of tradeoffs that polarize economists and policy makers. Optimizing a business for efficiency often results in fewer and lower paying jobs. Regulating businesses for the public good may reduce their ability and incentive to develop innovative solutions to challenging problems. In the end, we are left with questions like:
Why does inequality matter?
Can we bring the prosperity enjoyed by the world’s advanced economies to the rest of the world?
How do we grow economies in a sustainable way that benefits most, if not all of the population?
- Dan Ariely – The (Honest) Truth about Dishonesty (Not archived by request)
- Orley Ashenfelter – Comparing Real Wages around the World: Inequality in Human Wealth
- Joerg Rieger – What Does Jesus Have to Do with Wall Street
- Panel Discussion – Tales from the Tightrope: Economic Balance in Everyday Life
- Paul Collier – Africa’s Prospects in a Difficult Decade
- John List – Using Field Experiments to Make the World a Better Place
- Deirdre McCloskey – How the World Grew Rich: The Liberal Idea, Not Accumulation or Exploitation
- Chris Farrell – On Economic Inclusion
2015 (LI) - Addiction: Exploring the Science and Experience of an Equal Opportunity Condition
Addiction permeates our society. With the scourge of methamphetamine, increasing use of heroin, and the ubiquity of alcohol, addiction is an “equal opportunity condition.” The substances and behaviors to which people become addicted continue to grow as well, with investigations into the possibilities of addictions to food, the Internet, and sex. But what does it mean to be addicted? Is it a brain condition? A psychological and sociological problem? What are the treatment options available? How do the various understandings of addiction influence public policy decisions?
- Eric Kandel – We Are What We Remember: Memory and Age Related Memory Disorders
- Denise Kandel with Eric Kandel – Molecular Basis for the Gateway Hypothesis
- Sheigla Murphy – Understanding Prescription Drug Misuse from a Sociological Perspective
- Panel Discussion – Front-Line Triage
- Carl Hart – Why Drug-related Research is Biased: Who Benefits and Who Pays
- Owen Flanagan – Willing Addicts? Drinkers, Dandies, Druggies and other Dionysians
- Panel Discussion – Exploring Different Treatment Options
- Marc Lewis – Reflections on the Science and Experience of Addiction
2014 (L) - Celebrating 50 Years of the Nobel Conference: Where Does Science Go from Here?
For nearly 50 years, the Nobel Conference at Gustavus Adolphus College has hosted preeminent scientists, theologians, and ethicists to discuss deep questions at the intersection of science and society. From the newest results in physics, chemistry, and biology to the newest fields of multidisciplinary study, scientists at the Nobel Conference have examined the universe at its largest and smallest scales, explored the oceans, and described new materials. Conference speakers have debated the mechanisms of aging as well as the science and economics of food. Often, speakers have given us a glimpse of the next big questions and how they might be answered. Throughout all of the conversations, ethicists and theologians have grounded the science in a human dimension.
- Sean B. Carroll – Evolution at the Molecular and Planetary Scale: A Tale of Two Biologies
- Steven Chu (Physics '97) – Energy and Climate Change
Transcript of lecture - Patricia Smith Churchland – The Brains behind Morality
- Antonio Damasio – The Consciousness Issue
- Freeman Dyson* – Living through Four Scientific Revolutions
- W. Gary Ernst – Earth Resources, Global Equity, and Future Sustainability
Transcript of lecture - Harry Gray – Solar–Driven Water Splitting
- Sir Harry Kroto (Chemistry '96) – How to Survive & preview lecture The Birth of Natural Philosophy and Its Son: Science
- Svante Pääbo (Physiology or Medicine '22) – Of Neanderthals, Denisovans, and Modern Humans
Transcript of lecture - Steven Weinberg (Physics '79) – Glimpses of a Hidden World
- Jennifer West – Nanotechnology and Biomedical Engineering
*Freeman Dyson was unable to attend. A link to his talk at another event has been included.
2013 (XLIX) - The Universe at Its Limits
We live at a remarkable moment in the understanding of the most fundamental questions of science. What is the universe made of? Where did it come from? Where is it going? At Nobel Conference 49, “The Universe at Its Limits,” to be held on October 1 and 2, 2013, we will explore these questions in the light of recent discoveries and spend time contemplating both their scientific and their philosophical implications.
Western science has roots in ancient Greece, where two seemingly opposite lines of inquiry began over 2,000 years ago. The first was astronomy, the study of what is “outside,” beyond the boundaries of Earth. Over the centuries this discipline has looked outward to our solar system, our home galaxy, and beyond, to examine the large-scale structure of the Universe. The second was the study of “inside” matter, which began with the concept of the atom but has reached the realm of subatomic particles and the fundamental forces in nature.
- Fr. George V. Coyne, SJ – Quantum Cosmology and Creation
- Alexei V. Filippenko – Dark Energy and the Runaway Universe
- S. James Gates Jr. – The Audience of Nature
- Lawrence M. Krauss – A Universe from Nothing
- Tara G. Shears – The Innermost Universe: Exploring the Subatomic Frontier
- George F. Smoot III (Physics '06) – Mapping the Universe and Its History
- Samuel C.C. Ting (Physics '76) – The Alphamagnetic Spectrometer Experiment on the International Space Station
- Frank A. Wilczek (Physics '04) – Geometric Fantasy
2012 (XLVIII) - Our Global Ocean
The oceans have long been a source of fascination, from the tales of Sinbad to the popular Blue Planet documentary. The marine world provides us with necessities like seafood and medicines, fertilizers and petroleum. But the oceans are also associated with danger, from the devastating hurricanes we face each year to the under-reported facts of the oceans’ roles in climate change. Nobel Conference 48 examines “Our Global Ocean” as a source of inspiration, danger, and knowledge.
Today, we know less about our own oceans than we do about the surfaces of other planets hundreds of millions of miles away. It’s time to take a new look at our oceans by gathering some of the top researchers in biogeochemistry, oceanography, deep-sea biology, molecular genetics, and coral ecology to speak about their research and our roles regarding the ocean. Through the lectures of these leading marine scientists, we hope to ignite thought and conversation about the interconnected bodies of water that play a crucial role in the development of human life and culture.
- Barbara Block – Sushi and Satellites: Tracking Large Predators in the Blue Serengeti
- William Fitzgerald – Mercury, Microbes, Mosquitoes, and More…
- David Gallo – Beyond Titanic – What’s Left to be Discovered in the Deep Sea
- Ove Hoegh-Guldberg – Coral Reefs in a Rapidly Changing Climate: Going, Going, Gone?
Transcript of lecture - Kathleen Dean Moore – Red Sky at Morning: Ethics and the Oceanic Crisis
Transcript of lecture - Christopher Sabine – What Does Midwest Coal Have to Do with the Price of Shellfish in Seattle? Understanding How Fossil Fuels Contribute to Ocean Acidification
Transcript of lecture - Carl Safina – Caught in the Same Net: The Ocean and Us
- Maya Tolstoy – Our Global Ocean Floor
Transcript of lecture
2011 (XLVII) - The Brain and Being Human
In recent years, novel collaborations between neuroscientists and researchers in seemingly disparate fields have forged new ideas and new questions about the working of the brain. Aspects of daily human life are now incorporated into the scientific arena in a new synthesis to understand the human experience and what it means to be human. The braiding of neuroscience with the humanities, arts, social sciences, theology, and engineering has empowered explanations of the motivations and operations of our daily activities. This insight engenders uncertainty in terms of how to best apply this knowledge responsibly and ethically, and perhaps is even challenging the distinctiveness of our own species.
- John Donoghue – Merging Mind to Machines: Brain Computer Interfaces to Restore Lost Function
- Martha Farah – 21st-Century Neuroscience: From Lab and Clinic to Home, School, and Office
- Paul W. Glimcher – The Neurobiology of Decision-Making
- Helen Mayberg – Mapping Depression Circuits: Foundation for New Treatment Strategies Using Direct Brain Stimulation
- Nancey Murphy – Did My Neurons Make Me Do It? A Philosophical and Cognitive Science Analysis of Moral Responsibility
- Aniruddh D. Patel – Music and Biological Evolution
Transcript of lecture - Vilayanur Ramachandran – The Neurology of Human Nature
- Larry J. Young – The Monogamous Brain: Implications for Novel Therapies for Autism
2010 (XLVI) - Making Food Good
In asking the question “What makes food good?” ethical, agroecological, physiological, economic, and aesthetic conceptions of “good” intertwine, clash, and vie for attention. Few issues seem to demand consideration so frequently as does the need for “good food.”
- Bina Agarwal – Can We Make Food Good for All?
- Linda Bartoshuk – Variation in Sensation and Affect: We Live in “Different Taste Worlds”
- Cary Fowler – Food Security in a Frightening and Finite World
- Jeffrey Friedman – Leptin and the Biologic Basis of Obesity
Transcript of lecture - Frances Moore Lappé – Getting a Grip—Gaining Clarity, Creativity, and Courage for the World We Really Want
- Marion Nestle – Food Politics: Personal Responsibility vs. Social Responsibility
- Paul Thompson – What Is Good Food? An Argument with My Wife
Additional Participants
- Mitch Davis – Panel speaker for Minnesota Food Forum
- Martin Lang – Screening of Farming Forward
- Jeff Larson – Panel speaker for Minnesota Food Forum
- Thomas Nuessmeier – Panel speaker for Minnesota Food Forum
- Margo O’Brien – Panel speaker for Minnesota Food Forum
2009 (XLV) - H2O Uncertain Resource
Water is essential to all life, yet the supply of water is both vulnerable and finite.
Nobel Conference 45 at Gustavus Adolphus College will examine the current state of world water resources. Immediate threats to the health of rivers, lakes, estuaries, coastal waters, oceans, and all forms of aquatic environments will be confronted by leading scientists. Environmental ethics and potable water as a basic human right will be examined alongside human tragedy resulting from contaminated resources. Water is critical and precious. It is key to the well-being and survival of planet Earth.
- Asit K. Biswas – Water Crisis: Myth or Reality?
- Peter H. Gleick – Water for the 21st Century: New Thinking
- William L. Graf – Where the Wild Things Are: Dams, Rivers, and Wildlife Preservation
- Rajendra K. Pachauri (Peace '07) – Climate Change and Global Peace
Transcript of lecture - Nancy N. Rabalais – Nutrients, Nutrients Everywhere and Not a Drop to Drink: Land Meets the Sea
Transcript of lecture - Larry L. Rasmussen – Just Water
- David L. Sedlak – Short-Circuiting the Hydrologic Cycle to Meet Urban Water Needs
Transcript of lecture
Additional Participants
- Erin Binder – The Acara Challenge: Applying Corporate Best Practices to Local, Sustainable Water Solutions
- Steve Colman – The Superior Sea: What about All That Water?
- Lucinda Johnson – Minnesota’s Aquatic Ecosystems: What Can We Expect under a Changing Climate?
- Shawn Lawrence Otto – Democracy in the Age of Science
- Fred Rose – The Acara Challenge: Applying Corporate Best Practices to Local, Sustainable Water Solutions
- Edward Swain – Climate Change Impacts on Lakes – The Mercury Example
2008 (XLIV) - Who Were the First Humans?
Study of the first humans, where they came from and how they lived, has long been the sphere of knowledge attributed to archaeologists and paleoanthropologists. During the last couple of decades, however, biologists, climatologists, geneticists, mathematicians, and psychologists, among others, have been adding to the scientific database. Using new techniques and state-of-the-art technologies, they have both aided the painstaking work of extracting skeletal remains and artifacts from ancient sites around the world and bolstered the physical findings.
Together, these scientists have produced a host of exciting, far-reaching discoveries. While they are still debating the exact relationships among the species of hominids, the genus from which modern humans arose, they are getting closer and closer to finding the very first of our kind with research that is rewriting our history and informing us in dramatic ways.
Through study of mitochondrial DNA and Y chromosomes, for example, molecular biologists and geneticists have traced the birth of modern humans to Africa around 200,000 years ago. They created art and musical instruments, buried their dead, learned to make tools, invented languages, and ventured out. From Africa, they headed to Asia, Europe, and across the seas to the Americas.
For tens of thousands of years, our forebears coexisted with Neanderthals, who, it turns out, were "wired" with the same language gene. While the Neanderthals headed for extinction in the forests, however, scientists recently found humans headed for the beach. Our ancient ancestors discovered the "basket" of food along Africa's coastlines and expanded their hunting and gathering skills from woolly mammoths and berries to seals and shellfish at least 167,000 years ago. Learning to harvest marine resources, in fact, just may have enabled them to survive the last ice age, as well as make it to the Americas. Perhaps the most thought provoking "find" is how the research has been consistently showing that for all our physical and genetic differences, we are more alike than anyone imagined—and the implications of that are nothing less than profound.
Watch Archived Presentations
- Robin Dunbar – Mind the Gap: Why Humans Aren’t Just Great Apes
- Marcus Feldman – The History of Migration and Selection Seen through the Human Genome
- J. Wentzel van Huyssteen – Human Origins and Religious Awareness – An Interdisciplinary Challenge for Theology?
- Curtis Marean – The African Evidence for the Origins of Modern Human Behavior
- Svante Pääbo (Physiology or Medicine '22) – A Neandertal View of Human Origins
- Dennis Stanford – The Ice-Age Discovery of the Americas: Constructing an Iberian Solution
Additional Participants
- Scott Anfinson – Finding Minnesota: The First People of the North Star State
- Guy Gibbon – After the PaleoIndians: Archaic and Woodland Peoples in Minnesota
- Rod Johnson – Flintknapping Demonstration
- Tom Sanders – Atlatl Dart Throwing Demonstration
2007 (XLIII) - Heating Up: The Energy Debate
Harnessing and using energy has played a key role in both the development and the decline of civilizations since the dawn of human existence. The rapid technological advances and prosperity enjoyed in the 20th century were driven by the use of fossil fuels—namely, coal and oil. In the 21st century, however, energy demand and prices are soaring, conflicts threaten political stability in the most oil-rich region of the world, and we are realizing the effects of a rapidly warming planet. In the United States, oil production has been declining since the early 1970s, and dependence on foreign oil continues to increase amid the threat of terrorism arising from the oil-rich Middle East. What will be the energy sources of the future? Several new and exciting technologies are on the horizon, including hydrogen, solar and wind power, biofuels, and advanced nuclear power.
- Steven Chu (Physics '97) – The World’s Energy Problem and What We Can Do about It
- Kenneth S. Deffeyes – Peak Oil: Here and Now
- James E. Hansen – The Threat to the Planet: The Dark and Bright Sides of Global Warming
- Paul L. Joskow – Placing a Price on Greenhouse Gas Emissions
- Lee Rybeck Lynd – Biofuels: Technology, Challenges, and Their Role in a Sustainable World
- Joan M. Ogden – Prospects for Hydrogen Energy
- Will Steger – The Front Lines of Global Warming – Will Steger’s Eyewitness Account
Additional Participants
- Doug Cameron – Advances in Biofuels: Ethanol and Beyond
- J. Drake Hamilton – Global Warming: Minnesota Impacts, Minnesota Solutions
- Bishop Craig Johnson – Care for Our World’s Resources: A Biblical Perspective
- Dan Juhl – Community-Based Energy: Local Ownership of Renewable Energy
2006 (XLII) - Medicine: Prescription for Tomorrow
- Henry J. Aaron – Healthcare in America: Three Paradoxes
- J. Michael Bishop (Medicine '89) – Entering the Genomic Era
- Daniel Callahan – Affordable Healthcare: Reforming the Idea of Medical Progress
- James Orbinski – Family emergency prevented him from attending.
- Michael T. Osterholm – A Modern World and Infectious Diseases: A Collision Course
Transcript of lecture - Dame Julia M. Polak – Stem Cells and Regenerative Medicine
- Jennifer L. West – Biomimetic and Biofunctional Materials
Additional Participants
- Robert Brown – Research in Neurology: Unlocking the Cause and Optimal Treatment of Selected Disorders of the Brain
- James Hart – A Collaborative and Alternative Approach to Medicine of the Future
- William Manahan – A Collaborative and Alternative Approach to Medicine of the Future
- Dean V. Marek – Healing and Spirituality
- Anne L. Taylor – Population Variability and Cardiovascular Disease
2005 (XLI) - The Legacy of Einstein
- George F.R. Ellis – The Existence of Life in the Universe and the Crucial Issue of Ethics
- Wendy Freedman – The Legacy of Albert Einstein for Cosmology
- S. James Gates Jr. – Is Cosmic Concordance in Concomitance with Superstring/M-Theory?
- Wolfgang Ketterle (Physics '01) – Bose-Einstein Condensates and Other New Forms of Matter Close to Absolute Zero
- Thomas Levenson – The Education of Albert Einstein
- Kip S. Thorne – Warped Spacetime: Einstein’s General Relativity Legacy
Additional Participants
- Ira Flatow – Closing panel moderator
- John F. Haught – Issues in Science and Religion: Einstein and Religion
2004 (XL) - The Science of Aging
- Laura L. Carstensen – Motivation, Emotion and Aging
- Leonard Hayflick – Longevity Determinants, Aging and Age-Associated Disease
- Cynthia J. Kenyon – From Worms to Mammals: Regulation of Lifespan by Insulin/IGF-1 Signaling
- S. Jay Olshansky – Human by Design
- Dennis J. Selkoe – Aging, Amyloid and Alzheimer’s Disease
- Peter J. Whitehouse – The Dementia of Alzheimer’s Disease: The Wisdom of Just Aging
Additional Participants
- Richard Q. Elvee – Banquet moderator
- Joseph Gaugler – Caregiver and Healthcare Policy Issues
- Michael Hendrickson – Caregiver and Healthcare Policy Issues
- Gabe Maletta – Clinical Aspects of Alzheimer’s Disease: Assessment and Treatment
2003 (XXXIX) - The Story of Life
- Sean B. Carroll – Butterflies, Zebras, and Fairy Tales: Genetics and the Making of Animal Diversity
- Philip J. Currie – Feathered Dinosaurs and the Origin of Birds
- Christian R. de Duve (Medicine '74) – Life Evolving
- Niles Eldredge – What Drives Evolution
- Peter and Rosemary Grant – Evolution of Darwin’s Finches
- John F. Haught – God after Darwin: Evolution and Divine Providence
- Tim D. White – Evolution: A View from Afar
2002 (XXXVIII) - The Nature of Nurture
It is my privilege to welcome you to the 38th annual Nobel Conference at Gustavus Adolphus College. One year ago, the conference celebrated the 100th anniversary of the Nobel prizes. Now we begin this second century of the Nobel tradition with "The Nature of Nurture." Our distinguished panel of speakers will be sharing the latest research that provides new insights into the age-old question of whether nature or nurture is more determinative for child development. The implications from studies in "behavior genetics" for social, political, economic, medical and educational policy around family and child development issues are profound.
This conference will serve well if it conveys to the general audience a broad understanding of the possibilities we now have for human betterment together with the need for using the disciplines of philosophy, religion and ethics to safeguard fundamental human rights and dignity.
- Avshalom Caspi, Social, Genetic, and Developmental Psychiatry Research Centre, Institute of Psychiatry, King's College London, Department of Psychology, University of Wisconsin, Madison
- Jerome Kagan, Department of Psychology, Harvard University, Cambridge, Massachusetts, Author of Galen’s Prophecy
- Eric R. Kandel (Medicine '00), Center for Neurobiology and Behavior, Columbia University College of Physicians and Surgeons, New York
- Eleanor E. Maccoby, Department of Psychology, Stanford University, Stanford, California, Author of Patterns of Child Rearing and Psychology of Sex Differences
- Thomas H. Murray, President, The Hastings Center, Garrison, New York, Author of The Worth of a Child
- Parents and Children: What We Value and How That Is Challenged by Cloning and New Reproductive Technologies
- Robert Plomin, Social, Genetic, and Developmental Psychiatry Research Centre, Institute of Psychiatry, King's College London, Author of Genetics and Experience: The Interplay between Nature and Nurture
- Judith L. Rapoport, Chief, Child Psychiatry Branch, National Institute of Mental Health, Bethesda, Maryland, Author of The Boy Who Couldn’t Stop Washing
2001 (XXXVII) - What is Still to be Discovered?
Welcome to Nobel Conference® XXXVII, The Second Nobel Century: What Is Still To Be Discovered? This year we are celebrating the 100th anniversary of the Nobel Prizes by reflecting on the great discoveries, works of art, and accomplishments in the pursuit of peace that, in the words of Alfred Nobel's will, "conferred the greatest benefit on mankind."
In a century that produced two world wars, the atomic bomb, and tremendous social upheaval, we've also seen the virtual elimination of once-feared contagious diseases, incomprehensible increases in the speed of transportation, the fall of communism, the elimination of apartheid, and forms of communication completely unimagined by previous generations. As my 80-year-old father put it after marveling at the things he could do with his new computer, “I can't imagine any generation that has lived through more changes than I have," He may be right.
- Günter Blobel (Medicine '99), John D. Rockefeller Jr. Professor, The Rockefeller University, New York, and Investigator, Howard Hughes Medical Institute
- Edmond H. Fischer (Medicine '92), Professor Emeritus of Biochemistry, University of Washington, Seattle
- Roald Hoffman (Chemistry '81), Franklin H.T. Rhodes Professor of Humane Letters, Cornell University, Ithaca, New York
- Science and Ethics: A Marriage of Necessity and Choice for This Millennium
- Sir Harold W. Kroto (Chemistry '96), Royal Society Research Professor, University of Sussex, Brighton, England
- Sir John R. Maddox, Author of What Remains to Be Discovered and Former Editor of Nature, London, England
- What Remains to Be Discovered
- Erling C.J. Norrby, Secretary General, Royal Swedish Academy of Sciences, Stockholm, Sweden
- Stanley B. Prusiner (Medicine '97), Professor of Neurology and Biochemistry, University of California School of Medicine, San Francisco, and Professor of Virology, University of California School of Public Health, Berkeley
2000 (XXXVI) - Globalization 2000: Economic Prospects and Challenges
The closing decades of the twentieth century brought momentous and surprising changes to the world's economic and political landscape. The sudden but quiet collapse of the Soviet Union spelled the apparent demise of an alternative to market capitalism that seemed to some for a time to promise a superior system, and for even longer at least a workable one. This event coincided with and encouraged a major change in thinking around the world concerning models for economic development. And in the world's developed nations, there has been heightened commitment to and movement toward greater economic integration and free trade.
These events taken together amount to much of what has come to be called "globalization." A world of increasingly interdependent and highly competitive global capitalism seems upon us. Powerful economic institutions, such as The World Bank and the International Monetary Fund, have been active in policy formulation and assistance in this transition. Governments in the Americas, Europe, and Asia have undertaken very profound initiatives toward economic integration and much freer trade. And the "Asian model" of export-driven development has become the most widely accepted vision of a path to successful development. All of this has not occurred without cost or controversy, as recent events in Seattle and Washington, D.C., attest. Concerns for the environment, for economic equity, for economic and cultural diversity have been voiced, often with force and passion. There is much concern and confusion about just what this new "global" era will mean. Even among those who greet this transition with optimism and enthusiasm, there is debate about important practical questions of implementation strategy.
- Jagdish N. Bhagwati, Arthur Lehman Professor of Economics and Professor of Political Science, Columbia University, New York
- John B. Cobb Jr., Professor Emeritus of Theology, Claremont School of Theology, Professor Emeritus of Religion, Claremont Graduate University, and Co-director; Center for Process Studies, Claremont, California
- Amitai Etzioni, University Professor, The George Washington University, Washington, D.C.
- Robert Mundell (Economics '99), Professor of Economics, Columbia University, New York
- Jeffrey D. Sachs, Galen L. Stone Professor of International Trade, Harvard University, and Director, Center for International Development at Harvard University (CID), Cambridge, Massachusetts
- Michael Sohlman, Executive Director, The Nobel Foundation, Stockholm, Sweden
- Joseph E. Stiglitz, Joan Kenney Professor of Economics, Stanford University, Palo Alto, California, Former Chief Economist, The World Bank, Washington, D.C., Senior Fellom, The Brookings Institution, Washington, D.C.
1999 (XXXV) - Genetics in the New Millennium
In 1965, with assistance and official authorization from The Nobel Foundation in Stockholm, Gustavus Adolphus College organized the first public American conference on "Genetics and the Future of Man." Those attending the first Nobel Conference learned how new concepts and techniques of molecular biology and genetics were providing answers to questions such as, What is a gene? How does a gene act? and How does a gene change or mutate? Participating scientists discussed studies on bacteria, viruses, and fungi that were promising to reveal the "solution of the amino acid code."
In the intervening years, much of what was predicted at that conference has come to pass. Today we are able to isolate and clone genes from any organism. We obtain the nucleotide sequence of the identified gene. We reintroduce the gene into the organism. A number of genome projects, of which the Human Genome Project is the largest in size and scope, provide us with information that constitutes the ultimate reductionist view of a living organism. This information is giving us new perspectives on old questions regarding the structure and function of genes, the control of biological processes such as development, and the relationship of species.
The 35th Nobel Conference, "Genetics in the New Millennium," will examine the emerging areas in genetics and genomics and will attempt to predict anew the long-term effects and applications of these discoveries.
- Bruce Baker, Professor of Biological Sciences, Stanford University, Professor of Developmental Biology, Stanford University Medical School, Palo Alto, California
- Elizabeth Blackburn, Professor and Chair, Department of Microbiology and Immunology School of Medicine, University of California, San Francisco
- Lindon Eaves, Distinguished Professor, Department of Human Genetics, Medical College of Virginia, Virginia Commonwealth University Richmond, Co-Director, Virginia Institute for Psychiatric and Behavioral Genetics
- Dean Hamer, Chief, Section on Gene Structure and Regulation Laboratory of Biochemistry National Cancer Institute, Bethesda, Maryland
- Leroy Hood, William Gates III Professor of Biomedical Sciences, Director of NSF Science and Technology Center, Chair, Department of Molecular Biotechnology School of Medicine, University of Washington, Seattle
- Evelyn Fox Keller, Professor of History and Philosophy of Science, Program in Science, Technology, and Society, Massachusetts Institute of Technology, Cambridge
- J. Craig Venter, President and Chief Scientific Officer, Celera Genomics Corporation, Rockville, Maryland, Founder, The Institute for Genomic Research
1998 (XXXIV) - Virus: The Human Connection
- Alfred Worchester Crosby – The History of Infectious Disease as a Characteristic of Civilization
- Robert C. Gallo – Some New Approaches to HIV and HIV Disease
- John J. Holland – Virus Evolution: Implications for Diseases
- Wolfgang K. Joklik – The Evolution of Virology: From the Beginnings of Molecular Biology to the Conquest of Viral Disease
- Elizabeth and Gary Nabel – Recombinant Gene Transfer: Lessons from Viruses and Applications to Human Disease
- Clarence J. Peters – Emerging Virus diseases: 5000 B.C. to the Present
- Ted Peters – Co-Evolution: Pain or Promise?
1997 (XXXIII) - Unveiling the Solar System: 30 Years of Exploration
- Alan P. Boss – Forming Star Systems, Here and Elsewhere
- Story Musgrave – An Artist’s View of the Universe
- F. Sherwood Rowland (Chemistry '95) – Our Changing Atmosphere
- Robert John Russell – How the Heavens Have Changed
- Carl Sagan – Scheduled to speak but died prior to conference.
- Roald Sagdeev – New Horizons for Solar System Exploration
- Eugene Shoemaker – Scheduled to speak but died prior to conference.
- David J. Stevenson – Formation of the Earth and the Origin of Life
- Edward C. Stone – The Search for Life Elsewhere
1996 (XXXII) - Apes at the End of an Age: Primate Language and Behavior in the '90s
For nearly a generation, research into primate studies shed little light on human language and behavior. That may well have been by intent. Until recently, most primate researchers believed that human language was distinct and, as such, was separable from everything nonhuman. That point was well illustrated on the Gustavus campus nearly 30 years ago, when presenters for Nobel Conference® IV, "The Uniqueness of Man," rejected the notion of studying apes in order to learn about humans.
Today, the argument may have turned to support an early theory formed by evolutionist Charles Darwin, who anticipated continuity in mental and behavioral processes among primates. While there are important exceptions, it has become increasingly clear to researchers that animals developed their identities largely through historical cultures, not essential laws of physiology. With that in mind, the study of apes has taken on new importance as a way to better understand the roots of human language and behavior.
This year, Nobel Conference® XXXII, "Apes at the End of an Age: Primate Language and Behavior in the '90s," has assembled six of the world's finest primatologists to discuss these new and exciting developments in their field. We invite you to join us as we learn about primates on the brink of human consciousness, and how research into their language and behavior holds implications for human intellectual development.
- Biruté M.F. Galdikas, Professor of Archaeology, Simon Fraser University, Canada
- Gordon Kaufman, Mallinckrodt Professor of Divinity Emeritus, Harvard Divinity School
- Tetsuro Matsuzawa, Professor, Primate Research Institute, Kyoto University, Japan
- Duane M. Rumbaugh, Director, Language Research Center, Georgia State University
- Sue Savage-Rumbaugh, Professor of Biology and Psychology, Georgia State University
- Frans B.M. de Waal, Research Professor, Yerkes Primate Research Center, Emory University
- Richard W. Wrangham, Professor of Anthropology, Harvard University
1995 (XXXI) - The New Shape of Matter: Materials Challenge Science
Experimentalists, the diversifiers of the scientific world, have both revealed and created the rich texture of the universe. Theorists, the unifiers of science, have traditionally met this challenge by establishing a framework for understanding this experimental diversity.
But in the past quarter century, this fundamental balance has changed. Much of today's leading technologies have been created with little or no theoretical guidance. For example, while synthetic chemists have created and improved polymers over several decades, they have done so with only limited theoretical constructs for understanding polymer behavior. The discovery of ceramic superconductors in the mid-1980s challenged physicists to reformulate theories developed for metallic superconductors in the 1950s. And today, advances in nuclear magnetic resonance (NMR) spectroscopy, X-ray spectroscopy and atomic resolution microscopy, coupled
with the wide availability of inexpensive high-speed computing, have enabled organic chemists and biochemists to investigate larger and more complex molecules without a comprehensive theoretical framework for understanding how this new technology could be applied.
During Nobel Conference XXXI, "The New Shape of Matter: Materials Challenge Science," an international group of experimental scientists will discuss their work on the cutting edge of scientific creation. The Nobel panel also will include modern-day theorists, who will seek to bring meaning and purpose to these discoveries. We invite you to attend a conference that promises to explore the farthest frontiers of materials science.
- Philip W. Anderson (Physics '77), Princeton University
- New Physics of Metals: Fermi Surfaces without Fermi Liquids
- Susan N. Coppersmith, James Franck Institute, University of Chicago
- The Complexity of Materials
- Frederick Ferré, Department of Philosophy, University of Georgia
- Pierre-Gilles de Gennes (Physics '91), Collège de France, Paris
- Harry B. Gray, Beckman Institute, California Institute of Technology
- Engineered Enzymes for Photosynthesis
- Harold W. Kroto (Chemistry '96), School of Chemistry and Molecular Sciences, University of Sussex, England
- Silvan S. Schweber, Martin Fisher School of Physics, Brandeis University
- The Metaphysics of Physics: The Landscape at the End of a Heroic Century
1994 (XXX) - Unlocking the Brain: Progress in Neuroscience
Dramatic advances in our understanding of how the human brain functions have been made in the past decade.Rapid growth in what is known about the biochemistry of brain cells, development of network models of neural processing, and technological advances in our ability to watch the brain at work all promise even further advances. Indeed, the National Science Foundation has declared the 1990s to be the "Decade of the Brain." The 1994 Nobel Conference will offer its audience an opportunity to hear what leading researchers think about how the brain performs its tasks. Emphasis will be placed on how changes in the tools we use to study the brain have heightened our level of understanding.
The 1994 Nobel speakers will address a number of very interesting questions: Are the connections within the brain fixed at birth, or subject to change with experience? How can a visual image of the activity of the brain improve our understanding of motor control, language, and memory? To what extent can we use a computer as a model for understanding how the brain works? What changes in the brain are associated with diseases such as Parkinson's and Alzheimer's? Can these changes be reversed?
We hope that this conference will demonstrate the fruits of interdisciplinary research efforts, introduce the broad range of questions which challenge those who are trying to understand how the brain works and most of all, increase our appreciation of the human mind. We invite you to attend a conference which we are confident will be both fascinating and stimulating.
- Anders Björklund, Neurology Section, University of Lund, Sweden
- Patricia Smith Churchland, Department of Philosophy, University of California-San Diego
- Antonio Damasio, Department of Neurology, College of Medicine, University of Iowa
- Apostolos Georgopoulos, Brain Sciences Center, Veterans Affairs Medical Center, Minneapolis
- David Hubel (Medicine '81), Harvard Medical School
- Eric R. Kandel (Medicine '00), Center for Neurobiology and Behavior, Columbia University
- Oliver Sacks, Clinical Professor of Neurology, Albert Einstein College of Medicine
1993 (XXIX) - Nature Out of Balance: The New Ecology
As the dominant species on the planet Earth, human beings have not been good caretakers of their world. Many environmentally-concerned citizens and political leaders believe that by-products of an industrialized world, including threats to the integrity of nature, diversity of species, or impoverishment of ecosystems, are threatening our environment and, ultimately, the sustainability of all life. Solutions to these problems do not come easily. While the world's environmental problems arise from a combination of political, social and economic factors, long-term solutions must be based on the science of ecology. This science has been working for more than a century to unravel the complexities of the world's natural ecosystems.
In the past 15 years, however, scientists have learned that disturbances–such as fires and hurricanes–play a natural role in ecosystems. Scientists have also found that the traditional solution of reducing an ecological system to its smallest parts will not explain the behavior of the whole. People all over the world are becoming increasingly interested in ecological issues. During this Nobel Conference, our hope is to raise public awareness about the most recent trends and discoveries in the new ecology.
- Daniel B. Botkin, President, The Center for the Study of the Environment
- Jared M. Diamond, Professor of Physiology, UCLA Medical School
- Thomas E. Lovejoy, Assistant Secretary for External Affairs, Smithsonian Institution
- Robert McCredie May, Royal Society Professor, University of Oxford
- Donella H. Meadows, Adjunct Professor of Environmental Studies, Dartmouth College
- Bryan G. Norton, School of Public Policy, Georgia Institute of Technology
- George Masters Woodwell, The Woods Hole Research Center
1992 (XXVIII) - Immunity: The Battle Within
Even in the relative peace and calm of a normal day, the human body is constantly under attack. Viruses, bacteria, and other trespassers launch regular assaults against the body's immune system, which raises an intricate web of defense to identify and repel these biological invaders.
In recent years, researchers have slowly begun to unlock the mysteries surrounding how the body's immune system works. Research in molecular biology, for example, has shown that white T-cells are the linchpins of the body's immune system, they also can become a devastating enemy when they malfunction. Scientists also have learned that bacterial molecules called superantigens can overstimulate production of infection-fighting agents, causing more damage to the host than an invading enemy.
WATCH ARCHIVED PRESENTATIONS
- Baruj Benacerraf (Medicine '80) – The Requirement of Antigen Processing and Presentation to Initiate Immunologic Response
- R. Michael Blaese – Gene Therapy: Medicine for the Future
- Robert C. Gallo – Human Retroviruses and Alterations of the Immune System: The Second Decade
- Philippa Marrack – T-Cells in Health and Disease
- Candace Pert – Immune System Neuro-Receptors: The Mind in the Body
- Holmes Rolston III – Immunity in Natural History
- Jonas Salk – The Immune System: The Mind of the Body
1991 (XXVII) - The Evolving Cosmos
- Timothy Ferris – Evolution of Interstellar Communications Systems
- William A. Fowler (Physics '83) – Early Nuclear Synthesis
- Margaret Geller – Where the Galaxies Are
- Edward Harrison – Our Evolving View of the Universe
- Ernan McMullin – Extrapolating to a Distant Past
- Phillip Morrison – Newton and Anti-Newton: Enforced Simplicity, Inaccessible Origins
1990 (XXVI) - Chaos: The New Science
A science of chaos?! How can there be a science of chaos? if something is chaotic, then it is complicated and unpredictable. Its patterns seem random-beyond the scope of normal science which describes orderly predictable processes. Nevertheless, in the past quarter-century scientist from many disciplines have focused their attention on complex and irregular phenomena in their fields and have discovered an underlying simplicity and regularity. They have found that complex, unpredictable phenomena may have elegantly simple, deterministic models, and conversely, that simple, deterministic models may exhibit startlingly complex and unpredictable behavior.
- Mitchell Feigenbaum – The Transition to Chaos
- James Gleick – Chaos and Beyond
- Benoit Mandelbrot – The Fractal Geometry of Nature and Chaos
- Heinz-Otto Peitgen – The Beauty of Fractals
- John Polkinghorne – Chaos and Cosmos: A Theological Approach
- Ilya Prigogine (Chemistry '77) – Time, Dynamics, and Chaos: Integrating Poincaré’s “Non-Integrable Systems”
- Stephen Smale – On the Role of Mathematics in Chaos
1989 (XXV) - The End of Science?
- Sheldon Lee Glashow (Physics '79) – The Death of Science!?
- Ian Hacking – Disunified Sciences
- Sandra Harding – Why Physics Is a Bad Model for Physics: Feminist Issues
- Mary Hesse – Need a Constructed Reality Be Non-Objective? Reflections on Science and Society
- Gerald Holton – How to Think about the End of Science
- Gunther S. Stent – Cognitive Limits and the End of Science
1988 (XXIV) - The Restless Earth
- Don L. Anderson – Earth’s Interior: The Last Frontier
- W.G. Ernst – The Pacific Rim: Plate Tectonics, Continental Growth, and Geological Hazards and The Future of the Earth Sciences
- David Ray Griffin – The Restless Universe: A Postmodern View
- Jack Oliver – Plate Tectonics: The Discovery, the Lesson, the Opportunity
- David M. Raup – Catastrophes and the History of Life on Earth
- J. Tuzo Wilson – Some Controls That Greatly Affect Surface Responses to Mantle Convection beneath Continents
1987 (XXIII) - Evolution of Sex
- William Donald Hamilton – Sex and Disease
- Philip J. Hefner – Sex, for God’s Sake: Theological Perspectives
- Sarah Blaffer Hrdy – The Primate Origins of Female Sexuality and Raising Darwin’s Consciousness: Was There a Male Bias?
- Lynn Margulis – Sex in the Microcosm
- Dorion Sagan – Sex in the Microcosm
- Peter H. Raven – The Meaning of Flowers: Evolution of Sex in Plants
- John Maynard Smith – Theories of the Evolution of Sex
1986 (XXII) - The Legacy of Keynes
- Karl Brunner – The Sociopolitical Vision of Keynes
- James M. Buchanan (Economics '86) – Keynesian Follies
- Geoffrey C. Harcourt – The Legacy of Keynes: Theoretical Methods and Unfinished Business
- Axel Leijonhufvud – Whatever Happened to Keynesian Economics?
- Ronald Haydn Preston – The Ethical Legacy of John Maynard Keynes
- Baron Stig Ramel – The Swedish Model: Keynesian Policies Put into Practice
- Lester Thurow – Constructing a Microeconomics That Is Consistent with Keynesian Macroeconomics
- James Tobin (Economics '81) – Keynesian Economics and Its Renaissance
1985 (XXI) - The Impact of Science on Society
- Winston J. Brill – The Impact of Biotechnology and the Future of Agriculture
- Daniel J. Kevles – Genetic Progress and Religious Authority: Historical Reflections
- Salvador E. Luria (Medicine '69) – The Single Artificer
- J. Robert Nelson – Mechanistic Mischief and Dualistic Dangers in a Scientific Society
- Merritt Roe Smith – Technology, Industrialization, and the Idea of Progress in America
1984 (XX) - How We Know: The Inner Frontiers of Cognitive Science
- Daniel Dennett – Can Machines Think?
- Gerald Edelman (Medicine '72) – Neural Darwinism: Population Thinking and Higher Brain Function
- Brenda Milner – Memory and the Human Brain
- Arthur Peacocke – A Christian “Materialism”?
- Roger Schank – Modeling Memory and Learning
- Herbert Simon (Economics '78) – Some Computer Simulation Models of Human Learning
1983 (XIX) - Manipulating Life
- Christian Anfinsen (Chemistry '72) – Bio-Engineering: Short-Term Optimism and Long-Term Risk
- Willard Gaylin – What’s So Special about Being Human?
- June Goodfield – Without Laws, Oaths and Revolutions
- Clifford Grobstein – Manipulating Life: The God-Satan Ratio
- Karen Lebacqz – The Ghosts Are on the Wall: A Parable for Manipulating Life
- Lewis Thomas – The Limitations of Medicine as a Science
1982 (XVIII) - Darwin's Legacy
- Stephen Jay Gould – Evolutionary Hopes and Realities
- Richard E. Leakey – African Origins: A Review of the Record
- Sir Peter Medawar (Medicine '60) – The Evidences of Evolution
- Jaroslav Pelikan – Darwin’s Legacy: Emanation, Evolution, and Development
- Edward O. Wilson – Sociobiology: From Darwin to the Present
Additional Presenters
- Irving Stone – The Human Mind after Darwin
1981 (XVII) - The Place of Mind in Nature
- Ragnar Granit (Medicine '67) – Reflections on the Evolution of the Mind and Its Environment
- Wolfhart Pannenberg – Spirit and Mind
- Richard Rorty – Mind as Ineffable
- John Archibald Wheeler – Bohr, Einstein, and the Strange Lesson of the Quantum
- Eugene Wigner (Physics '63) – The Limitations of the Validity of Present-Day Physics
Additional Presenters
- Czesław Miłosz (Literature '80) – Reflections
1980 (XVI) - The Aesthetic Dimension of Science
- Freeman J. Dyson – Manchester and Athens
- Charles Hartshorne – Science as the Search for the Hidden Beauty of the World
- William N. Lipscomb Jr. (Chemistry '76) – Some Aesthetic Aspects of Science
- Gunther Schuller – Form and Aesthetics in Twentieth Century Music
- Chen Ning Yang (Physics '57) – Beauty and Theoretical Physics
Additional Presenters
- Isaac Bashevis Singer – On Beauty
1979 (XV) - The Future of the Market Economy
- Robert Benne – Ought the Market Economy Have a Future?
- Richard Lipsey – An Economist Looks at the Future of the Price System
- Kenneth McLennan – Redefining Government’s Role in the Market System
- Baron Stig Ramel – Sweden: How a Mixed Economy Gets Mixed Up
- Mark Willes – Rational Expectations and the Future of the Market System
1978 (XIV) - Global Resources: Perspectives and Alternatives
- Ian Barbour – Justice, Freedom, and Sustainability
- Barry Commoner – A New Historic Passage: The Transition to Renewable Resources
- Garrett Hardin – An Ecolate View of the Human Predicament
- Tjalling C. Koopmans (Economics '75) – Projecting Economic Aspects of Alternative Futures
- Letitia Obeng – Benevolent Yokes in Different Worlds
1977 (XIII) - The Nature of Life
- Max Delbrück (Medicine '69) – Mind from Matter?
- René Dubos – Biological Memory and the Living Earth
- Sidney W. Fox – The Origin and Nature of Protolife
- Bernard M. Loomer – The Web of Life
- Peter R. Marler – In the Mind’s Eye: Perception and Innate Knowledge
Additional Presenters
- Elizabeth Shull Russell – Panelist
1976 (XII) - The Nature of the Physical Universe
- Murray Gell-Mann (Physics '69) – What Are the Building Blocks of Matter?
- Sir Fred Hoyle – An Astronomer’s View of the Evolution of Man
- Stanley L. Jaki – The Chaos of Scientific Cosmology
- Hilary W. Putnam – The Place of Facts in a World of Values
- Steven Weinberg (Physics '79) – Is Nature Simple?
- Victor F. Weisskopf – What Is an Elementary Particle?
1975 (XI) - The Future of Science
- Sir John C. Eccles (Medicine '63) – The Brian-Mind Problem as a Frontier of Science
- Langdon Gilkey – The Future of Science
- Polykarp Kusch (Physics '55) – A Personal View of Science and the Future
- Glenn T. Seaborg (Chemistry '51) – New Signposts for Science
Panelists
- Ian Barbour, Theologian
- John Cobb Jr., Theologian
- William Dean, Theologian
- Van Austin Harvey, Theologian
- Hans Schwartz, Theologian
- Christian Anfinsen (Chemistry '72)
- George Beadle (Medicine '58)
- Hans Bethe (Physics '67)
- Felix Bloch (Physics '52)
- Walter Brattain (Physics '56)
- Leon Cooper (Physics '72)
- André Cournand (Medicine '56)
- Christian de Duve (Medicine '74)
- Gerald Edelman (Medicine '72)
- Ulf S. von Euler (Medicine '70)
- Robert Hofstadter (Physics '61)
- Charles Huggins (Medicine '66)
- Simon Kuznets (Economics '71)
- Willis Lamb Jr. (Physics '55)
- Willard Libby (Chemistry '60)
- Fritz Lipmann (Medicine '53)
- Robert Mulliken (Chemistry '66)
- Lars Onsager (Chemistry '68)
- Julian Schwinger (Physics '65)
- Emilio Segre (Physics '59)
- William B. Shockley (Physics '56)
- Ernest Walton (Physics '51)
- Thomas Weller (Medicine '54)
- Chen Ning Yang (Physics '57)
Additional Presenters
- David Matthews – Closing Address
1974 (X) - The Quest for Peace
- Rubem Alves – Diagnosis of a Sickness: The Will to War
- Elisabeth Mann Borgese – The World Communities as a Peace System
- Polykarp Kusch (Physics '55) – Is Enduring Peace a Realistic Hope?
- Robert Jay Lifton – Survival and Transformation—From War to Peace
- Baron Stig Ramel – Nationalism and International Peace
- Paul A. Samuelson (Economics '70) – Economics and Peace
1973 (IX) - The Destiny of Women
- Mary Daly – Scapegoat Religion and the Sacrifice of Women
- Martha W. Griffiths – Legal and Social Rights and Responsibilities of Women
- Beatrix Hamburg – The Biology of Sex Differences
- Eleanor Maccoby – The Development of Sex Differences in Intellect and Social Behavior
- Johnnie Tillmon – The Changing Cultural Images of the Black Woman in America
1972 (VIII) - The End of Life
- Alexander Comfort – Changing the Life Span
- Ulf S. von Euler (Medicine '70) – Physiological Aspects of Aging and Death
- Nathan A. Scott Jr. – The Modern Imagination of Death
- Krister Stendahl – Immortality Is Too Much and Too Little
- George Wald (Medicine '67) – The Origin of Death
Additional Presenters
- Edgar M. Carlson – Moderator
1971 (VII) - Shaping the Future
- Norman E. Borlaug (Peace '70) – The World Food Problem—Present and Future
- John McHale – Shaping the Future: Problems, Priorities, and Imperatives
- Glenn T. Seaborg (Chemistry '51) – Shaping the Future—Through Science and Technology
- Joseph Sittler – The Perils of Futurist Thinking: A Common Sense Reflection
Additional Presenters
- Anthony J. Wiener – Faust’s Progress: Methodology for Shaping the Future
1970 (VI) - Creativity
- William A. Arrowsmith – The Creative University
- Jacob Bronowski – The Creative Process
- Willard F. Libby (Chemistry '60) – Creativity in Science
- Donald W. MacKinnon – Creativity: A Multi-faceted Phenomenon
- Gordon Parks – Creativity to Me
1969 (V) - Communication
- Leroy G. Augenstein – A Little Black Box Called the Mind
- Noam Chomsky – Form and Meaning in Natural Language
- Abraham Kaplan – The Life of Dialogue
- Eric H. Lenneberg – A Word between Us
- Peter R. Marler – Animals and Man: Communication and Its Development
Additional Presenters
- Edgar M. Carlson – Moderator
1968 (IV) - The Uniqueness of Man
- Theodosius Dobzhansky – The Pattern of Human Evolution
- Sir John C. Eccles (Medicine '63) – The Experiencing Self
- Ernan McMullin – Man’s Effort to Understand the Universe
- W.H. Thorpe – Vitalism and Organicism
- S.L. Washburn – The Evolution of Human Behavior
- Daniel Day Williams – The Prophetic Dimension
1967 (III) - The Human Mind
- Sir John C. Eccles (Medicine '63) – Evolution and the Conscious Self
- James M. Gustafson – Christian Humanism and the Human Mind
- Holger Hyden – Biochemical Aspects of Learning and Memory
- Seymour S. Kety – Biochemical Aspects of Mental States
- Francis O. Schmitt – Molecular Parameters in Brain Function
- Huston Smith – Human versus Artificial Intelligence
- Nils K. Stahle – The Nobel Foundation at Work
1966 (II) - The Control of the Environment
- Kenneth E. Boulding – The Prospects of Economic Abundance
- René Dubos – Adaptations to the Environment and Man’s Future
- Roger Revelle – The Conquest of the Oceans
- Carl T. Rowan – The Free Spirit in a Controlled Environment
- Glenn T. Seaborg (Chemistry '51) – The Control of Energy
Additional Presenters
- Orville L. Freeman – Convocation Speaker
1965 (I) - Genetics and the Future of Man
- Kingsley Davis – Sociological Aspects of Genetic Control
- H. Bentley Glass – The Effect of Changes in the Physical Environment on Genetic Changes
- R. Paul Ramsey – Moral and Religious Implications of Genetic Control
- Sheldon C. Reed – The Normal Process of Genetic Change in a Stable Physical Environment
- William B. Shockley (Physics '56) – Population Control or Eugenics
- Edward L. Tatum (Medicine '58) – The Possibility of Manipulating Genetic Change
Additional Presenters
- Philip S. Hench (Medicine '50) – Honorary Chair
- Polykarp Kusch (Physics '55) – Symposium Chair
- Edgar Carlson - Closing Banquet Remarks