text stringlengths 0 205 |
|---|
of a random walk and with that I'll stop |
and see you guys |
align:start position:0% |
align:start position:0% |
soon |
The following |
content is provided |
under a Creative |
Commons license. |
Your support will help MIT |
OpenCourseWare continue |
to offer high quality |
educational resources for free. |
To make a donation or to |
view additional materials |
from hundreds of MIT courses, |
visit MIT OpenCourseWare |
at ocw.mit.edu. |
PROFESSOR: OK, I guess |
we'll get started. |
Last time, we were talking |
about the auditory pathway |
in the brain, the |
central auditory pathway, |
starting with the |
cochlear nucleus |
and going up through |
the various brain |
stem, the thalamic and |
cortical auditory areas. |
And then we focused mainly |
on the cochlear nucleus, |
which is the very first of those |
many auditory central nuclei. |
And we talked |
about the diversity |
of cell types or neuron |
types in the cochlear nucleus |
and the diversity |
of response types |
when you monitor the responses |
of single neurons to sound. |
And we did some attempts at |
correlation between the two. |
And those are firmly established |
in the cochlear nucleus, |
much better than anywhere |
else in the auditory |
pathways certainly. |
So any questions from last time? |
So today's lecture is on |
hearing loss and implants that |
restore our sense of hearing |
if we happen to be deaf. |
And I've written |
a little summary |
of what I want to cover |
today on the board. |
So we'll start out with the |
first 2/3 of the lecture being |
on hearing loss. |
And we've mentioned a little |
about the conductive apparatus, |
the eardrum, the three |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.