Working Science Archive
Archived videos from Working Science. Click below to view each video on the Archive.org website.
Dr. Galea discusses his new book Healthier: Fifty Thoughts on the Foundation of Population Health and his distinctive work in public health, which emphasizes complexity. He is especially renowned for his emphasis on the connections between social environment and population health.
In June 2017, President Donald Trump withdrew the U.S. from the Paris Climate Accord, an accord that represents the commitment of almost all nations to address global warming. The U.S., which, under the Obama administration, was a major force in creating the 2015 Paris accord, is now almost alone among nations in rejecting this commitment. Professor Selin describes the long struggle to commit the international community to prepare for the worldwide climate crisis and he explains why tackling the crisis requires global action.
Atmospheric scientist Dr. Alexandria Johnson describes how scientists in her field apply their expertise to the young field of exoplanet atmospheres.
Dr. Daniel Cziczo explains what atmosphere is, what it does, how it changes, why it needs our care on Earth. He also explains terraforming, geoengineering, and the search for atmospheres on certain moons and even exoplanets.
Professor Sonkusale’s Nano Lab at Tufts University is a leader in medical applications for nanotechnology. In this tour of the Nano Lab, he shows how nano-devices such as magnetic nanorobots, smart threads, and an electronic nose are improving modern medicine.
Dr. Nick Patterson explains how the ancient populations of Europe are now being traced through DNA analysis of fossil remains, and why mathematical modeling is essential in developing this reconstruction.
Scientists are now able to study in detail the dynamic volcanic activity of the deep ocean ridges. Dr. Daniel Fornari describes what scientists are learning and how this activity affects the planet.
What to do about the excess CO2 in our atmosphere that will remain for hundreds of years --even as we transition to renewable energy? To reduce the inevitable climate damage, we have to find a way to deal with that long-term CO2. Various "solutions," commonly known as types of geoengineering, have been proposed. Here, Professor Cziczo explains the CO2 problem and the three major types of geoengineering. We learn why the only viable approach is CO2 sequestration --pulling the CO2 out of the atmosphere.
Professor David Toomey explains how scientists have had to revise the concept of life since the discovery of organisms in very extreme environments on our planet, and how that discovery is shaping astrobiology--the search for life on moons and exoplanets. Dr. Toomey's discussion is based on his book, "Weird Life: the search for life that is very, very different from our own."
Dudley Foster, the Woods Hole engineer closely associated with the Alvin's history, describes explorations of the deep-sea submersible.
Professor Girguis, a leader in the study of the exotic microbial life at deep-sea hydrothermal vents, explains the significance of these life forms beyond the reach of sunlight, and their potential use for generating electricity and for eliminating toxins.
On this visit to Woods Hole Oceanographic Institution, Dr. Mahadevan explains the vital role of the oceans in climate and climate change. We learn how she and others in an international research project carry out investigations on a research vessel in the Indian Ocean, and we see the sophisticated equipment that ocean scientists have developed for this difficult research.
We visit the Helmuth Lab at Northeastern University's Marine Science Center we see how marine scientists investigate the effects of climate change on seacoast species, including mussels and oysters.
Science for the Public's Working Science mini-documentary series visits Amala Mahadevan at Woods Hole Oceanographic Institution (WHOI). Dr. Mahadevan explains the vital role of the oceans in climate and climate change, and the challenge of developing accurate models for this dynamic relationship. She focuses on an upcoming research expedition to the Indian Ocean in which she and an international team will gather data on that ocean and monsoon cycle that more than a billion people depend on. In this visit to WHOI we see sophisticated equipment and a research ship, and we learn how scientists on such research expeditions must structure their time and investigations.
As one of the lead participating labs in NASA's Mars Science Laboratory project, the Roger Summons Lab at MIT analyzes potential bio-molecules in ancient Earth sediments and rocks, and applies that expertise to the search for bio-molecules or their precursors on Mars. the Mars Curiosity Rover investigates soil samples on our favorite planet. In this video, we see how geobiologists/astrobiologists select and chemically analyze rock and soil samples on Earth, and how they also analyze data received from the Mars Curiosity Rover.
Clouds are a major concern for climate science because there are still many unknowns about their two important functions. Certain types of clouds tend to reflect incoming sunlight back into space. Other types trap the CO2 that is accumulating in Earthâ€™s atmosphere. The Cizczo Lab at the Massachusetts Institute of Technology has a prominent role in the study of the particles (aerosols) that form clouds and the different conditions that affect the function of clouds in the global climate system.
The excess CO2 in our atmosphere will affect Earth's climate for centuries to come, and we need to understand why. Professor Cziczo is an atmospheric scientist who is an expert on the crucial role of clouds in the dynamics of climate. He explains the vital relationship between clouds and climate, and the present options for reducing atmospheric CO2.
Dr. Richard Murray, Professor of Earth Sciences at Boston University and Ocean Sciences Division Director at National Science Foundation, explains how ocean sediments record millions of years of Earth's climate history, and why they are such a valued resource for climate scientists.
Dr. Philippe Grandjean explains that many common chemicals in the environment are toxic to the brain, especially during fetal development. He describes the struggle to limit mercury and lead in the environment and the difficulties that are limiting the research.
Sanjoy Mahajan, PhD , Associate Professor of Applied Science and Engineering, Olin College of Engineering; and Visiting Associate Professor of Electrical Engineering and Computer Science at Massachusetts Institute of Technology. Dr. Mahajan demonstrates some of the innovative approaches to teaching mathematics that are the focus of his two books. Dr. Mahajan appeared on SftPublic's interview program, Contemporary Science Issues and Innovations . The title of that program was Natural Mathematics: Intuition and Insight
In this visit to the Connor Lab at Boston University School of Medicine, Dr. John Connor educates us about safety procedures in virus labs and basics about viruses. We see techniques used for understanding how viruses take over cells, and we get an idea of how cells block viruses. Because of the Ebola crisis, Dr. John Connor was in the news.
The Connor Lab investigates how viruses take over cells and how cells defend against virus invaders. Dr. Connor's group collaborates with other researchers in both virus research and computer science to develop tools for early identification of viruses, when medication is most effective, and potential vaccines that will prevent infection.In this visit to the Connor Lab at the Boston University School of Medicine, we learn some basics about viruses and working in a virus research lab. We see techniques for discovering how viruses take over cells, and we get an idea of how cells block viruses. A few weeks after this video was recorded, an Ebola crisis emerged in Africa. Since the Ebola virus is a major interest of the Connor Lab, we have listed some articles featuring John Connor.