
Meet Microsoft's Data Engineering team, discuss SQL Server, Azure SQL, and data services. Gain insights into product development, engineering processes, and future plans. Engage directly with PMs in this interactive session.

Explore the future of user interactions using brainwaves and AI. Learn how EEG headsets and machine learning can create innovative digital experiences beyond traditional interfaces.

Explore the psychology of web performance, focusing on user perception rather than technical metrics. Learn how to create faster-feeling websites by understanding human cognition and behavior.

Explore brain-computer interfaces and visualize brainwaves using JavaScript and Angular 2. Learn about NeuroTech, thought capture, and join the innovative community pushing the boundaries of neuroscience and web technology.

Explore brain-controlled interfaces using JavaScript, facial expressions, and mental commands. Learn about innovative human-computer interaction beyond traditional input methods.

Explore the multifaceted nature of taste perception, including historical, cultural, and sensory aspects. Learn how environment, context, and visual cues influence our experience of flavors and food preferences.

Explore the fascinating world of memory through interactive demos, brain imaging, and amnesia studies. Discover how the hippocampus shapes our past, imagination, and perception of reality.

Explore the fascinating science behind laughter with Sophie Scott. Discover its social importance, animal origins, acoustic properties, and neurological processing in this engaging presentation.

Explores the connection between brain energy efficiency, creativity, and consciousness, proposing quantum processes in neural operations as key to human cognitive abilities.

Exploring epistemic structural realism as a framework for studying consciousness and its neurophysiological bases, emphasizing relations and structural continuity in theoretical models.

Explores 'weak' and 'strong' versions of Integrated Information Theory, discussing its potential to explain consciousness and highlighting key empirical evidence and theoretical challenges.

Explores consciousness through information theory and algebraic topology, proposing a monadic-panpsychic framework and synthesizing major consciousness models within a formal Gestalt theory.

Exploring limitations of AI and neuroscience in replicating spatial reasoning and mathematical consciousness, emphasizing evolutionary origins and diverse cognitive phenomena across species.

Explores the Dynamical Emergence Theory of consciousness, proposing that basic awareness arises from a system's ability to intrinsically discern its own states through dynamic autodiagnosis.

Explore challenges in natural language processing, current advancements in speech technology, and the future of human-computer interaction in this insightful overview of AI language capabilities.

Discover how light-sensitive proteins in brain cells can control neurons, potentially curing PTSD and blindness, with implications for neural prosthetics and brain disorder treatments.

Neurobiologist explores targeted psychiatric medications, challenging traditional approaches to brain chemistry for improved mental health treatments with fewer side effects.

Neuroscientist explores the link between social isolation and opioid addiction, revealing how human connection could be a powerful recovery tool for the ongoing crisis.

Explore groundbreaking genetic research and the innovative "Drop-seq" technology, revolutionizing our understanding of brain cells and potentially transforming mental illness treatment approaches.

Inventor demonstrates groundbreaking technologies using red light to visualize and stimulate internal body structures, potentially revolutionizing medical imaging with cheaper, wearable alternatives to MRI.

Explore fascinating perceptual illusions that trick our brains, demonstrating how easily we can be fooled and why we enjoy visual deceptions.