Robert Galambos | Academic Influence

Robert Galambos's AcademicInfluence.com Rankings

Robert Galambos

Biology

#558

World Rank

#985

Historical Rank

#315

USA Rank

Neuroscience

#202

World Rank

#214

Historical Rank

#83

USA Rank

biology Degrees

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Biology

Robert Galambos's Degrees

PhD Physiology University of Chicago
Doctorate Medicine University of Chicago

Why Is Robert Galambos Influential?

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According to Wikipedia, Robert Carl Galambos was an American neuroscientist whose pioneering research demonstrated how bats use echolocation for navigation purposes, as well as studies on how sound is processed in the brain.

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Robert Galambos's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Human auditory evoked potentials. I. Evaluation of components. (1974) (1418)
A 40-Hz auditory potential recorded from the human scalp. (1981) (1164)
Stimulus novelty, task relevance and the visual evoked potential in man. (1975) (1025)
Suppression of auditory nerve activity by stimulation of efferent fibers to cochlea. (1956) (608)
Brain stem auditory evoked responses in human infants and adults. (1974) (519)
Human auditory evoked gamma-band magnetic fields. (1991) (414)
THE RESPONSE OF SINGLE AUDITORY-NERVE FIBERS TO ACOUSTIC STIMULATION (1943) (354)
Microelectrode study of superior olivary nuclei. (1959) (272)
Microelectrode studies of the cochlear nuclei of the cat. (1959) (235)
Autism: processing of novel auditory information assessed by event-related brain potentials. (1984) (229)
Event-related brain potential correlates of the processing of novel visual and auditory information in autism (1985) (204)
Eye movement artifact in the CNV. (1970) (203)
Brain stem evoked response audiometry in newborn hearing screening. (1979) (186)
"Attention" Units in the Auditory Cortex (1959) (182)
A Comparison of Certain Gamma Band (40-HZ) Brain Rhythms in Cat and Man (1992) (175)
A glia-neural theory of brain function. (1961) (168)
Brain stem auditory-evoked responses in premature infants. (1975) (166)
THE AUDITORY BRAINSTEH RESPONSE (ABR) IS A USEFUL DIAGNOSTIC TOOL IN THE INTENSIVE CARE NURSERY (1980) (166)
Electrophysiological correlates of a conditioned response in cats. (1956) (158)
The sensory basis of obstacle avoidance by flying bats (1941) (158)
Selective attention and the auditory vertex potential. I. Effects of stimulus delivery rate. (1976) (155)
Human Auditory Attention: A Central or Peripheral Process? (1971) (140)
Action of the Middle Ear Muscles in Normal Cats (1959) (138)
Inconsistency of auditory middle latency and steady-state responses in infants. (1986) (133)
Auditory steady-state responses: threshold prediction using phase coherence. (1987) (131)
Clinical applications of the auditory brain stem response. (1978) (128)
INHIBITION OF ACTIVITY IN SINGLE AUDITORY NERVE FIBERS BY ACOUSTIC STIMULATION (1944) (127)
Habituation and Attention in the Auditory System (1976) (121)
Auditory brainstem response in dolphins. (1981) (112)
Similarities and differences among the P3 waves to detected signals in three modalities. (1980) (103)
Auditory perception of radio‐frequency electromagnetic fields (1982) (101)
Temporary deafness following exposure to loud tones and noise (1946) (100)
Brainstem auditory evoked reponses in man. I. Effect of stimulus rise--fall time and duration. (1976) (99)
THE AUDITORY BRAINSTEM RESPONSE (ABR) EVALUATES RISK FACTORS FOR HEARING LOSS IN THE NEWBORN (1980) (97)
Effects of stimulus and response contingencies on a surface negative slow potential shift in man. (1967) (96)
Neuropsychological correlates of information-processing by children with Down syndrome. (1985) (96)
Biological Clocks in Medicine and Psychiatry (1965) (93)
Optic tract lesions sparing pattern vision in cats. (1967) (90)
On hemispheric differences in evoked potentials to speech stimuli. (1975) (86)
Microelectrode studies on medial geniculate body of cat. II. Response to clicks. (1952) (84)
Unit responses to sound from auditory nerve of the cat. (1963) (82)
Brain stem auditory evoked responses in children. (1977) (82)
An electroencephalograph study of classical conditioning. (1962) (78)
Hearing Loss in Graduates of a Tertiary Intensive Care Nursery (1982) (77)
Selective attention and the auditory vertex potential. Effects of signal intensity and masking noise. (1976) (76)
Effect of temperature change on round-window response in the hamster. (1950) (76)
The auditory brain stem response reliably predicts hearing loss in graduates of a tertiary intensive care nursery. (1984) (76)
Auditory processing of biologically significant sounds. (1972) (64)
Some Experimental Observations on Gastro intestinal Lesions in Behaviorally Conditioned Monkeys (1958) (63)
Recovery cycles of event-related potentials in multiple detection tasks. (1980) (61)
Microelectrode studies on medial geniculate body of cat. III. Response to pure tones. (1952) (58)
TACTILE AND AUDITORY STIMULI REPEATED AT HIGH RATES (30–50 PER SEC) PRODUCE SIMILAR EVENT RELATED POTENTIALS * (1980) (58)
Amplitude changes in evoked auditory potentials during habituation and conditioning. (1961) (58)
Some electrophysiological correlates of conditioning in the monkey. (1960) (57)
Cochlear microphonics generated by microwave pulses. (1975) (57)
Electrophysiological signs of split-second decision-making. (1980) (55)
Resistance Shifts Accompanying the Evoked Cortical Response in the Cat (1967) (55)
Physiological studies of central masking in man. I: The effects of noise on the 40-Hz steady-state response. (1992) (55)
Neural mechanisms in audition. (1954) (54)
Obstacle avoidance by flying bats: The cries of bats (1942) (54)
Extralemniscal activation of auditory cortex in cats. (1961) (53)
Microelectrode studies of primary vestibular neurons in cat. (1962) (51)
Microelectrode study of ventral cochlear nucleus of the cat. (1962) (49)
Loudness enhancement and decrement in four paradigms. (1980) (45)
The estimation of hearing threshold by electroencephalography. (1953) (43)
Loudness enhancement: monaural, binaural, and dichotic. (1975) (41)
Dynamic Changes in Steady-State Responses (1988) (41)
The Avoidance of Obstacles by Flying Bats: Spallanzani's Ideas (1794) and Later Theories (1942) (41)
Action Potentials From Single Auditory-Nerve Fibers? (1948) (40)
Physiological studies of central masking in man. II: Tonepip SSRs and the masking level difference. (1992) (37)
Microelectrode studies on medial geniculate body of cat. I. Thalamic region activated by click stimuli. (1952) (37)
Characteristics of microwave‐induced cochlear microphonics (1977) (35)
Loudness enhancement following contralateral stimulation. (1972) (34)
Neural mechanisms in audition (1958) (34)
Use of the auditory brainstem responses by prematures and newborns infants. (1980) (34)
The CERP: Event-Related Perturbations in Steady-State Responses (1989) (33)
Pitch and Intensity (1951) (32)
Cochlear Potentials Elicited from Bats by Supersonic Sounds (1942) (32)
TACTILE AND AUDITORY STIMULI REPEATED AT HIGH RATES (30–50 PER SEC) PRODUCE SIMILAR EVENT RELATED POTENTIALS * (1980) (32)
Response of single medial geniculate units to repetitive click stimuli. (1957) (30)
Recognition and surprise alter the human visual evoked response. (1982) (29)
Some effects of anesthetics on the evoked responses in the auditory cortex of cats. (1963) (29)
Cortical responses from adults and infants to complex visual stimuli. (1978) (29)
Oscilloscopic and stroboscopic analysis of the flight sounds of Drosophila. (1950) (27)
The effect of exposure to loud tones upon animal and human responses to acoustic clicks. (1950) (26)
The Physiological Basis of Mental Activity (1964) (25)
Rapid resistance shifts in cat cortex during click-evoked responses. (1968) (25)
Identifying hearing loss in the intensive care nursery: a 20-year summary. (1994) (25)
Middle-ear structures contribute little to auditory perception of microwaves. (1979) (24)
Split-second recovery of the P3 component in multiple decision tasks. (1980) (24)
Conditioned response of middle ear muscles. (1959) (23)
Corneo-retinal potential in anoxia and acapnia. (1949) (22)
The eye-blink response as a test for hearing. (1953) (21)
Loudness enhancement in man. I. Brainstem-evoked response correlates. (1975) (21)
Natural sleep modifies the rat electroretinogram. (1994) (20)
Sleep modifies retinal ganglion cell responses in the normal rat. (2001) (19)
Optic tract lesions destroying pattern vision in cats. (1967) (19)
Behavioral Method for Study of Pain in the Monkey (1961) (17)
Evoked resistance shifts in unanesthetized cats. (1968) (17)
The Physics of the Ear (1965) (17)
XC Some Recent Experiments on the Neurophysiology of Hearing (1956) (16)
Microwave-induced cochlear microphonics in cats. (1976) (16)
Temporal distribution of the ganglion cell volleys in the normal rat optic nerve. (2000) (16)
The effect of audiogenic convulsions on a conditioned emotional response. (1953) (16)
Lambda waves evoked by retinal stimulation in the absence of eye movements. (1973) (15)
Serial studies of the onset and progression of drug-induced cochlear damage in cats. A new electrophysiologic method. (1960) (15)
REPORTS ON HUMAN ACCELERATION (1961) (14)
Effects of halothane upon auditory recovery functions in cats. (1969) (13)
The brainstem auditory evoked potential is a useful diagnostic tool in evaluating risk factors for hearing loss in neonatology. (1982) (12)
Event Related Potentials in Language and Non-Language Tasks in Patients with Alexia without Agraphia (1979) (12)
Retino‐cortical stimulus frequency‐dependent gamma coupling: evidence and functional implications of oscillatory potentials (2016) (12)
Visual evoked responses in cats with optic tract lesions. (1968) (11)
Modification of the cortical click-evoked response during eye movement in cats. (1969) (11)
Introductory discussion on glial function. (1965) (11)
EVOKED RESPONSE FROM EXTRACRANIAL SITES IN THE CAT. (1965) (11)
COCHLEAR POTENTIALS FROM THE BAT. (1941) (10)
The glia-neuronal interaction: some observations. (1971) (10)
Evoked resistance shifts in subcortical nuclei. (1968) (10)
Neurophysiology of the Auditory System (1950) (10)
The contribution of glial cells to spontaneous and evoked potentials. (1997) (10)
Clinical applications of the human brainstem responses to auditory stimuli (1975) (9)
ELECTRIC RESPONSES DERIVED FROM THE SUPERIOR CERVICAL GANGLION WITH MICRO-ELECTRODES (1940) (9)
Production of Audiogenic Seizures by Tones of Low Frequency (1942) (9)
Electrogenesis of Evoked Potentials (1989) (8)
Physiological evidence for a cochleo-cochlear pathway in the cat (1950) (8)
Phase consistency of evoked responses to auditory stimuli delivered at high rates (1983) (7)
The human Retinal Functional Unit. (2005) (7)
Active noise control in the concept of IoT (2015) (6)
Microelectrode studies on the auditory nervous system. (1957) (6)
Evoked potentials in cat auditory nerve: Suppression by prior tonal stimulation (1975) (6)
Dependence of human brainstem evoked potentials on signal duration and rise‐fall time (1974) (6)
Selective attention and the auditory vertex potential. I - Effects of stimulus delivery rate. II - Effects of signal intensity and masking noise (1976) (5)
Technical Section Auditory steady-state responses: threshold prediction using phase coherence 1 (1987) (5)
Auditory ERPs and information processing in Down's syndrome children. (1986) (5)
Reflections on the conceptual origins of neuron--glia interactions. (2007) (4)
Nerves And Muscles (1962) (4)
Identification of the newborn with hearing disorder using the auditory brainstem response (ABR) (1986) (3)
Activation of auditory cortex by clicks after bilateral lesions of the brachium of the inferior colliculus. (1967) (3)
Potentials from the Body Wall of the Earthworm (1939) (3)
Newborn hearing thresholds measured by both insert and earphone methods. (1994) (3)
Design of Condition-Based Decision Support System for Preventive Maintenance (2017) (3)
Human Brainstem Electrical Responses to Acoustic Signals (1973) (3)
The production of audiogenic seizures by interrupted tones (1943) (3)
Time course of loudness enhancement and intensity discrimination (1975) (3)
Hallowell Davis: August 31, 1896-August 22, 1992. (1998) (3)
Models and musings about them. (2006) (3)
Four favorite experiments and why I like them. (2003) (2)
The Human Auditory Evoked Response (1974) (2)
Electrophysiological measurement of human auditory function (1975) (2)
Characteristics of the loss of tension by smooth muscle during relaxation and following stretch (1941) (2)
Responses evoked from man by acoustic stimulation (1974) (2)
Loudness Decrement: Monaural and Dichotic, Forwards and Backwards (1974) (2)
EPIC X: past, present, future. (1995) (2)
The complex event‐related potential (CERP): Perturbations in the high‐rates auditory steady‐state response following an omitted stimulus (1986) (2)
A Reinvestigation of the Relation Between Pitch and Intensity (1943) (2)
Loudness Enhancement with Monaural, Binaural, and Dichotic Stimulation (1973) (2)
Neurophysiological studies on learning and motivation. (1961) (2)
Minute rhythms in the steady-state responses to auditory, visual and tactile stimuli (1985) (1)
Cochlear Potentials from the Bat (1941) (1)
THE GLIA-NEURONAL INTERACTION: SOME OBSERVATIONS (1972) (1)
Auditory System (1976) (1)
A Big Brawny Brainy Book from Texas. (1962) (1)
Holographic assessment of microwave hearing. (1980) (1)
Studies of the auditory steady‐state response I. Minute‐rhythms (1985) (1)
For Professor TOYOJI SODA on the Occasion of His Retirement. March 18, 1995 (1996) (1)
[Neurophysiological characteristics of early auditory waves of the brain stem and their clinical utilization]. (1979) (1)
BRAIN-STEM AUDITORY EVOKED-RESPONSES - GENERAL DISCUSSION - eScholarship (1982) (0)
Human evoked potentials (EP's) reveal central masking events (1986) (0)
The auditory neural network in man (1975) (0)
Studies of the auditory steady‐state response II. Masking (1985) (0)
Perception of duration: Effect of a second signal nearby in time (1976) (0)
Evoked resistance shifts: acute and chronic experiments at cortical and subcortical structures. (1970) (0)
Thoughts on “How Brains May Work”: The Truism, the Guess, and the Prediction (1988) (0)
RESPONSE FROM EXTRACRANIAL SITES IN (1965) (0)
Inhibition of Auditory Nerve Activity by Acoustic Stimulation (1943) (0)
Physiological Acoustics . Ernest Glen Wever and Merle Lawrence. Princeton Univ. Press, Princeton, N.J., 1954. 454 pp. Illus. + plates. $10 (1954) (0)
Special Session in Honor of Hallowell Davis (1976) (0)
Differences in the P3 component of the cortical evoked potential elicited by syllables and pure tones (1974) (0)
Some recollections of D. R. Griffin as a young man (2004) (0)
Electrophysiological Responses Evoked during Loudness Enhancement in Man (1974) (0)
Book Review:The Mind: Biological Approaches to Its Functions. William C. Corning, Martin Balaban (1969) (0)
Theory of Hearing . Ernest Glen Wever. New York: John Wiley; London: Chapman & Hall, 1949. 484 pp. $6.00. (1950) (0)
Neuronal mechanisms of hearing:J. Syka and L. Aitkin (Eds.) (Plenum Press, New York, 1981, 443 p., U.S. $45.00) (1982) (0)
DISCUSSION: PART I (1961) (0)
Sensory processes at the neuronal and behavioral levels (1973) (0)
Physiological Acoustics. Ernest Glen Wever andMerle Lawrence. Princeton Univ. Press, Princeton,N.J., 1954. 454 pp. Illus. + plates. $10 (1954) (0)
Brain and Behavior: Unfinished Tasks in the Behavioral Sciences . Arnold Abrams, Harry H. Garner, and James E. P. Toman, Eds. Williams and Wilkins, Baltimore, 1964. xviii + 264 pp. Illus. $10. (1964) (0)
Book Review: “Advances in Oto-Rhino-Laryngology” Volume 16 by L. Rüedi (ed.) S. Karger 1969 (1970) (0)
Theoretical and Mathematical Biology (1966) (0)
Book Review:The Brain and Human Behavior. Harry C. Solomon (1959) (0)
Unfinished Tasks in the Behavioral Sciences. Arnold Abrams, Harry H. Garner, and James E. P. Toman, Eds. Williams and Wilkins, Baltimore, 1964. xviii + 264 pp. Illus. $10 (1964) (0)
Latency Changes in Human Brainstem Evoked Potentials as a Function of Signal Intensity and Age of the Subject (1974) (0)
Electrophysiological studies of the nervous system (1972) (0)
Biological Rhythm Research (1966) (0)
The Effect of Exposure to Loud Sounds Upon the Response to Clicks (1950) (0)
Book reviewMolecular approaches to learning and memory: W. L. Byre (Editor). (Academic, New York, 1970, 358 p., $18.00) (1972) (0)
Studies of the auditory steady‐state response III. Threshold estimation (1985) (0)
An automatic electric response audiometer (1982) (0)
German-English Glossary of Neurophysiology . Roger Merritt Morrell, Ed. Consultants Bureau, New York. 181 pp. $7.50. (1958) (0)
Acoustic Measurements . Leo. L. Beranek. New York: John Wiley; London: Chapman & Hall, 1949. 914 pp. $7.00. (1950) (0)
Duration shift and loudness enhancement: Separate but similar phenomena (1976) (0)
" Attention " Units in the Auditory Cortex Author ( s ) : (2008) (0)
Book Review:A Textbook of Physiological Psychology. Sebastian Peter Grossman (1969) (0)
Pitch shift of two tone bursts in close temporal proximity (1975) (0)
Observations on antibrain antibodies. (1966) (0)
XXXIX Microelectrode Studies on the Auditory Nervous System (1957) (0)

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