The UP Experience - Unique Perspectives from Unique People - is an engaging and intellectually stimulating event that brings together 16 of the world's most extraordinary thought leaders, creators, and innovators for one exceptional day. These are the people behind the technologies, the trends, the ideas, and the global movements that shape our existence. The only event of its kind in Houston, UP is a learning opportunity, a creative conference, a think tank, and an entertainment event all in one. During 20-minute onstage presentations, each of our 16 guests discusses his or her work, passion, and ideas for the future; offstage, attendees experience up close and personal Q&A sessions. Designed for both personal and professional application, UP is an infusion of exceptional people, exceptional thinking and exceptional advances.
Dr. David Eagleman
Dr. David Eagleman is a neuroscientist, New York Times bestselling author, and Guggenheim Fellow who holds joint appointments in the Departments of Neuroscience and Psychiatry at Baylor College of Medicine in Houston, Texas. Dr. Eagleman’s areas of research include time perception, vision, synesthesia, and the intersection of neuroscience with the legal system. He directs the Laboratory for Perception and Action, and is the Founder and Director of Baylor College of Medicine’s Initiative on Neuroscience and Law.
Dr. Eagleman has written several neuroscience books, including Incognito: The Secret Lives of the Brain and Wednesday Is Indigo Blue: Discovering the Brain of Synesthesia. He has also written an internationally bestselling book of literary fiction, Sum, which has been translated into 27 languages and was named a Best Book of the Year by Barnes and Noble, New Scientist, and the Chicago Tribune. Dr. Eagleman has written for the Atlantic, New York Times, Discover, Slate, Wired, and New Scientist, and has been profiled in The New Yorker. He appears regularly on National Public Radio and BBC to discuss both science and literature.
Interdisciplinary study that attempts to explain the cognitive processes of humans and some higher animals in terms of the manipulation of symbols using computational rules. The field draws particularly on the disciplines of artificial intelligence, psychology (seecognitive psychology), linguistics, neuroscience, and philosophy. Some chief areas of research in cognitive science have been vision, thinking and reasoning, memory, attention, learning, and language processing. Early theories of cognitive function attempted to explain the evident compositionality of human thought (thoughts are built up of smaller units put together in a certain way), as well as its productivity (the process of putting together a thought from smaller units can be repeated indefinitely to produce an infinite number of new thoughts), by assuming the existence of discrete mental representations that can be put together or taken apart according to rules that are sensitive to the representations' syntactic, or structural, properties. This language of thought hypothesis was later challenged by an approach, variously referred to as connectionism, parallel-distributed processing, or neural-network modeling, according to which cognitive processes (such as pattern recognition) consist of adjustments in the activation strengths of neuronlike processing units arranged in a network.