JG: Professor John Guinan, Jr.
JR: Professor John Rosowski
CS: Professor Christopher Shera
| SES # | TOPICS | LECTURERS | KEY DATES |
|---|---|---|---|
| 1 | Course Organization and Introduction | ||
| 2 | Middle Ear Papers Lecture: Middle Ear | JR | |
| 3 | Middle Ear Papers | JR | |
| 4 | Middle Ear Papers (cont.) | JR | |
| 5 | Middle Ear Papers (cont.) Lecture: Cochlear Mechanics Cochlear Mechanics Papers | JR, JG | |
| 6 | Cochlear Mechanics | JG | |
| 7 | Cochlear Mechanics (cont.) | JG | |
| 8 | Cochlear Mechanics (cont.) | JG | |
| 9 | Motility From Hair Cell Stereocilia | JG | |
| 10 | Cochlear Mechanics | JG, CS | |
| 11 | Cochlear Mechanics: Karaviktaki Lecture: Hair Cells Cochlear Amplification, Otoacoustic Emissions | JG | |
| 12 | Spontaneous Oscillations | JG, CS | |
| 13 | Outer Hair Cell Somatic Motility | JG | |
| 14 | Control of OHC Motility | JG | |
| 15 | Otoacoustic Emissions | JG, CS | |
| 16 | Otoacoustic Emissions (cont.) | JG | |
| 17 | Otoacoustic Emissions (cont.) | JG, CS | Abstracts due for student presentations |
| 18 | Student Presentations Of Suggested Topics | ||
| 19 | Student-Selected Topic: Modulation of f1-f2 acoustic distortion: Evidence for intracochlear neural system? | ||
| 20 | Student-Selected Topic: Changes in cochlear tonotopy during development | ||
| 21 | Student-Selected Topic: Auditory nerve response to speech stimuli in normal and traumatized cochleae | ||
| 22 | Student-Selected Topic: Processing speech and music sounds in the auditory periphery: Computational models of inner hair cell and auditory nerve fiber responses | ||
| 23 | Student-Selected Topic: Variability of hearing organ morphology and physiology among animals: Universal similarities/differences | ||
| 24 | Student-Selected Topic: Variability of hearing organ morphology and physiology among animals: Universal similarities/differences (cont.) | ||
| 25 | Student-Selected Topic: Molecular structures of transduction gating | ||
| 26 | Student-Selected Topic: Adaptation of mechanoelectrical transduction channels in stereocilia of auditory hair cells |