Neuroimaging Quotes

We have entered an era where the kinds of data and analyses that people run have gotten incredibly complicated. So you have researchers using sophisticated software programs that they probably don't understand but are generally accepted and everyone [in the field] uses.

Neurotechnology may benefit from questioning what kinds of low-information-content signals we can read and write before we try to upload and download consciousness.

I started out as a neurologist. I then trained in neuropathology and was focused on neurodegeneration. So, for years, I studied Alzheimer's, aging, Parkinson's, that kind of thing.

As a scientist leading a funding agency for autism research, I think of autism as a neurodevelopmental disorder.

When it comes to exploring the mind in the framework of cognitive neuroscience, the maximal yield of data comes from integrating what a person experiences - the first person - with what the measurements show - the third person.

We've done fMRI scans of people taking the 'Reading the Eyes' test, and what we've found is that the amygdala lights up in trying to figure out people's thoughts and feelings. In people with autism, they show highly reduced amygdala activity.

People envision [looking inside the brain] as being very difficult. You had to take a spaceship, shrink it down, inject it into the bloodstream.

A meticulous virtual copy of the human brain would enable basic research on brain cells and circuits or computer-based drug trials.

I can be a bit of a science geek. I tend more towards reading about brain science, neuroscience.

I think that we are already making steps toward mapping out the brain so we can identify the chemical patterns that create and store memory.

The brain is really hard to see. The whole thing is very large - the human brain is several pounds in weight - but the connections between brain cells, known as synapses, are really tiny. They're nanoscale in dimension. So if you want to see how the cells of the brain are connected in networks, you have to see those connections, those synapses.

I'm a professor of neuroscience at Stanford University, and I'm kind of half-neurobiologist, half-primatologist.

If I throw you into an MRI machine right now, I can tell you what words you're about to say.

It must be born in mind that one does not see directly - as is the case in the exploration of the surface of the brain - where the electrodes are attacking.

X-rays revealed that some people were born without a corpus callosum, and they seemed just fine.

There are a lot of times when I walk into a room and forget why I walked in there. I'm going through some studies right now, and I am going to do a brain scan.

Maybe instead of asking political candidates to submit tax returns, we really should be asking to see their brain scans.

I can tell you what images are in your head. I can tell what music you're thinking of. I can tell if you're listening to me or not. That's possible with an MRI now.

I'm trying to do some things with my brain institute to understand more about the impact of concussion on brain tissue, because we have some scientists over there who are really good at looking at brain tissue and the effects of things on brain tissue.

I'm just trying to make images as accurately as possible off my nervous system as I can.

Neuroscience over the next 50 years is going to introduce things that are mind-blowing.

My central thesis is that combining increased temporal and spatial resolution in MRI techniques with increasingly powerful data correlation techniques will allow the derivation of interpreted meanings from neural signals. I observed, further, that the techniques that exist already allow some correlations.

Within psychology and neuroscience, some new and rigorous experimental paradigms for studying consciousness have helped it begin to overcome the stigma that has been attached to the topic for most of this century.

With brain hacking experiments, I've hacked into Morgan Freeman's brain. He was the most famous and the most nerve wracking because I got really awestruck when I met him, and the moment I was introduced to him, he challenged me there and then to hack his brain.

To diagnose and treat a brain disorder accurately, it would be necessary to look at the brain directly. Looking at behavior alone can miss a vital piece of the puzzle and provide an incomplete, or even a misleading, picture of the child's problems.