SftP Videos: Life
It’s still very hard to define life, but science has made great strides toward revealing many of its characteristics and processes. Here are some basics about the most complex phenomenon we know: life’s origin, characteristics, structure, and states of animacy.
In probably the most extreme environmment on Earth, organisms are thriving. Peter Girguis explains how.....
Two young scientists at the famous Jack Szostak Lab explain research issues, Matthew Powner and Utay Budin
How the unique "antifreeze" blood and skeletal mutations of the Antarctic Icefishes provide insights into both climate change adaptations and human disease.
H. William Detrich, III
Boston-area artists Susan Heideman and Michelle Lougee discuss their fascinating exhibit, "The Life of Forms."
Was there a human factor in the Ice Age extinctions of large mammals? Sharon Levy
The compelling search for entirely new forms of life elsewhere in our solar system and the universe. David Toomey
An investigation of the two major questions about the origin of life, and their relevance in search for life elsewhere in the universe. Zachary Adam
A toxicologist explains why some organisms thrive in an environment that endangers most species.
All life depends on a microbial foundation. So does development of new antibiotics. But 99 percent of microbes are unknown. Slava Epstein
How DNA is folded in the cell may shed light on cancer and other diseases. Jané Kondev
The science of neural networks reveals the awesome complexity of normal speech production and also brings help for language disorders. Frank Guenther
Ancient infant teeth reveal the importance of weaning patterns in human evolution. Tanya Smith
A collaboration of ocean and space scientists that will advance our understanding of exo-worlds, such as Enceladus and Europa. Peter Girguis
The acquisition of even one language is very complicated. But there are some --called hyperpolyglotals-- who learn dozens of languages. How does the brain do this?
Cells make decisions that turn out to be random. Jané Kondev explains the implications of that surprising discovery.
What caused Earth's five mass extinctions --and are we headed for a sixth? Andrew Knoll
How microbes and their communities evolve and what the process means for us. Christopher Marx
A tour of the fascinating world of mushrooms. This is way beyond the supermarket. David Hibbett
The author of "Our Robots, Ourselves" discusses the limits of robot autonomy. David Mindell
Tracing ancient genetic changes through extinctions and speciation events to reconstruct our DNA history.
a visit to the Barabási Lab at Northeastern University to learn how scale-free complex networks affect scientific perspectives
At the Summons Lab, scientists probe soil and rock samples from both ancient Earth and Mars for bio-molecules. Roger Summons
The cell's self-defense repair kit against hereditary, environmental, and other threats.
How the unprecedented loss of biodiversity impacts human health. Aaron Bernstein
The "mind" is not an isolated entity; it is connected to a physical-social environment. Alan Jasanoff
Reconstructing the relationship between biological evolution and geology, climate, environment. Andrew Knoll
How photosynthesis --and life-- emerged in Earth's ancient chemical environment.
Tanja Bosak and Alexander Petroff
The challenge for genomic studies today is how to manage the vast collection of data. John Quackenbush
Genetic material in ancient fossils yields an amazing profile of extinct organisms. Chris Organ
A leader in the study of exotic microbes at hydrothermal vents explains the significance and the potential of these life forms. Peter Girguis
Molecules in meteorites met with an optimal chemical environment on Earth. Alonso Ricardo
An explanation of how modern genetics analysis confirms ancient human migrations, such as the Indo-Europeans.
The decimation of honeybee colonies is also a public health warning about pesticides. Chensheng (Alex) Lu