Illuminating a Sustainable Future Through Light Data Close your eyes and imagine yourself on the moon. It is night, and before you, the glow of cities, sprawl, and human activity illuminate Earth. Yale Professor of Geography and Urbanization Karen Seto
Humans use eye contact all the time, from bonding with our babies to sharing an awkward glance with someone during an embarrassing situation. Eye contact isn’t just for humans though – dogs use it too. Man’s best friend has learned
On January 6, NASA announced the validation of two Earth-like exoplanets. One of the planets, Kepler-438b, brings scientists closer than ever to finding an Earth analog.
New work from the lab of Professor Susan Kaech in the Immunobiology Department has identified a pathway in immune cells required for responding to influenza.
For the first time, a team of scientists has directly linked archaeological sites with local climate fluctuations. To reveal patterns in drought stress, they employed stable isotope dating on individual barley grains – some of which were over 10,000 years old.
Yeast cells use the same exact proteins in endocytosis as human cells do for cell motility, and Thomas Pollard’s team has made great strides in observing yeast cell behavior using quantitative microscopes.
Drawing from ideas sociology, psychology, economics, and biology, and utilizing tools from applied mathematics and computer science, Professor David Rand studies the basis of why organisms cooperate. The Yale Scientific Magazine speaks with Professor Rand to find out how he works, his other interests, and more.
Herpes Simple Virus Type II is capable of eluding vaccines that utilize the body’s adaptive immune response. Yale Professor of Immunobiology Akiko Iwasaki and her research group have discovered a network of immune cells that provides sustained protection at the site of infection, suggesting a more effective approach to vaccine development.
From ideas to reality, students at Yale are changing the way small intestine transplant procedures are performed.
A better understanding of neural interaction with fat tissue can lead to more targeted treatments for obesity.
