The World Science Festival in New York City, now in its 11th year, offers fascinating talks on a variety of science disciplines, and notably for us, neuroscience. At last week’s talk on neuroplasticity, we heard from neurobiologist and Dana Alliance member Carla Shatz, developmental psychologist and Dana Alliance member Nim Tottenham, and neuroscientist Alvaro Pascual-Leone. Moderated by neurosurgeon Guy McKhann, the discussion included what neuroplasticity is and why it’s important, critical periods of development in the brain, and the possibility of accessing it later in life for cognitive enhancement.
The annual World Science Festival is back in New York City, starting May 29 and continuing until June 3. Since 2008, the week-long festival has collectively drawn over 2.5 million visitors from all over the world with the mission of cultivating a general public informed and inspired by science. Offering an exciting series of programs featuring experts spanning science and the arts, the World Science Festival will host discussions, debates, theatrical works, musical performances, and outdoor experiences to take science out of the laboratory and into the streets and parks of New York City.
We’ve covered their brain-related events in the past featuring Dana Alliance members, TV celebrities, renowned journalists, and many more. This year, events will uncover everything from black holes in space to cells in the human microbiome that can be linked to debilitating brain diseases. Neuroscientists Nim Tottenham, Ph.D., and Carla Shatz, who are both Dana Alliance members, will be guest speakers alongside Alvaro Pascual-Leone at the May 29 event: “The Nuts and Bolts of Better Brains: Harnessing the Power of Neuroplasticity.” Tottenham and Pascual-Leone were also featured authors of two Cerebrum articles last year on emotional development and brain enhancers.
We will be attending events throughout that week, so be sure to check in for detailed coverage. If you haven’t already, look through the 2018 event list and buy your tickets! They sell out fast.
Early world explorers worked with crude maps, painfully charting the geography of new locations for future generations. Today, anyone can log on to the internet for detailed descriptions of the countries, cities, and roads of our world. In comparison, the map of the brain still has a long way to go. In fact, a map of the brain made over 100 years ago is still being used by neuroscientists today.
“Cartographers of the Brain: Mapping the Connectome,” a discussion at the World Science Festival in New York City, focused on efforts by neuroscientists to create new, more detailed maps of the brain. Deanna Barch, Washington University School of Medicine; Nim Tottenham, Columbia University; Dana Alliance member Jeff Lichtman, Harvard University; and Dana Alliance member David Van Essen, Washington University, formed the expert panel.
Interest in artificial intelligence (AI) seems like it’s at an all-time high, with people both wary and intrigued about how machine learning systems will change, and hopefully improve, our lives. Past discussions we’ve covered have delved into the ethical sphere: Can autonomous robots that (currently) lack consciousness and emotions serve us well as future healthcare aides and soldiers? Can robots be moral? But last week’s World Science Festival in New York City looked at a different side of AI, with a panel discussion on “Computational Creativity: The Art of Ingenuity.”
Focused on the creation of art, music, and culinary arts, the panel was tasked with answering such questions as: Can a robot truly imagine an original masterpiece or just replicate known styles? Is computational creativity a collaborator or a competitor?
What if life expectancy expanded and we could live into our nineties and beyond in relative good health? That was one of the crucial questions debated in “Engineering Immortality,” a panel discussion at last week’s World Science Festival in New York City.
In introducing the sold-out program at NYU’s Global Center, host and ABC-TV news correspondent Bill Blakemore pointed out that American life expectancy has gone from 47 to 79 years in just a century. “Today’s scientists are growing hearts in the lab, creating organs with 3-D bio-printers, and eliminating cells that shorten life,” he said. “Will this new technology yield another dramatic increase in life expectancy?”