challenging religious privilege in public life

Gabriel A. Silva

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‘Thinkers And Innovators’: What It Will Take To Figure Out The Brain, From A Neuroscience And AI Pioneer

Terrence Sejnowski is a professor at the Salk Institute and a pioneer in computational neuroscience and artificial neural networks.

What Is Nanotechnology And How Is It Impacting Neuroscience?

What does nanotechnology offer the study of the brain and neuroscience? The answer, in fact, is quite a lot.

Going To The Moon And Mars: How Will Astronauts’ Brains Be Affected?

Sscientists need to better understand how the physiology of the body will be affected by the travel conditions of space over prolonged periods.

Why We Need Mathematics to Understand the Brain

We will never be able to understand how the brain works without the use of mathematics and related applied fields of physics and engineering.

How Machine Learning Will Enable Technologies That Anticipate What The Brain Thinks

With the integration of machine learning, BMIs may one day be able to anticipate the contextual needs of situations a patient finds themselves in.

How Mathematical Proofs can Help Unlock the Secrets of the Brain

The link between mathematics, engineering, and neuroscience will only continue to become ever more stronger. It has to.

How Geometry and Combinatorics Tame the Networks in your Brain

The physical constraints imposed on the brain guide the construction of mathematical models for insights about how the brain works.

‘Smart’ Brain-Machine Interfaces That Adapt to Your Needs and Intent

Machine learning and AI can provide opportunities to create “smart” BMI that contextually learn and adapt to changing functional requirements.

Neuroscience and artificial intelligence can help improve each other

AI and neuroscience share can advance research, achieving new levels of ability for computers and understanding of natural brains.

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