Elwin Marg | Academic Influence

Elwin Marg's AcademicInfluence.com Rankings

Elwin Marg

Philosophy

#8293

World Rank

#11645

Historical Rank

#1686

USA Rank

Logic

#6128

World Rank

#7612

Historical Rank

#925

USA Rank

philosophy Degrees

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Philosophy

Elwin Marg's Degrees

Doctorate Optometry University of California, Berkeley
Bachelors Biology University of California, Berkeley

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Why Is Elwin Marg Influential?

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According to Wikipedia, Elwin Marg was an American optometrist and neuroscientist at the University of California at Berkeley. He was the first to receive a PhD from UC Berkeley School of Optometry. It was he who gave the name electrooculogram, a technique for measurement of nerve impulse in the eye.

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Elwin Marg'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

A VISION OF THE BRAIN (1994) (630)
THE ACCESSORY OPTIC SYSTEM * (1964) (262)
Good visual function after neonatal surgery for congenital monocular cataracts. (1981) (243)
The amplitude of accommodation in presbyopia. (1956) (175)
Finding the depth of magnetic brain stimulation: a re-evaluation. (1994) (164)
Phosphenes Induced by Magnetic Stimulation Over the Occipital Brain: Description and Probable Site of Stimulation (1994) (156)
Development of electro-oculography; standing potential of the eye in registration of eye movement. (1951) (115)
FAST, AUTOMATIC, ELECTRONIC TONOMETERS BASED ON AN EXACT THEORY (1959) (99)
Long-term visual results in bilateral congenital cataracts. (1982) (82)
Automatic Tonometer with Exact Theory: Various Biological Applications (1960) (73)
Effect of natural deprivation and unilateral eye patching on visual acuity of infants and children. Evoked potential measurements. (1981) (71)
Visual acuity development coincides with the sensitive period in kittens (1975) (68)
Magnetostimulation of Vision: Direct Noninvasive Stimulation of the Retina and the Visual Brain (1991) (66)
The pupillary near reflex; the relation of pupillary diameter to accommodation and the various components of convergence. (1949) (65)
Evaluation of the basic validity and clinical usefulness of the Mackay-Marg tonometer. (1962) (64)
Delayed visual maturation in infancy. (1983) (52)
Indwelling multiple micro-electrodes in the brain. (1967) (43)
Positron-emission tomographic study of human amblyopia with use of defined visual stimuli. (1997) (38)
Physiological nystagmus in the cat. (1960) (37)
Further investigation of the pupillary near reflex; the effect of accommodation, fusional convergence and the proximity factor on pupillary diameter. (1950) (32)
Electromyography of Human Saccadic Eye Movements (1959) (32)
An investigation of voluntary as distinguished from reflex accommodation. (1951) (32)
Contraction of the oculorotary muscles and intraocular pressure. A tonographic and electromyographic study of the effect of edrophonium chloride (tensilon) and succinylcholine (anectine) on the intraocular pressure. (1960) (31)
JOURNEY TO THE CENTERS OF THE MIND (1995) (30)
A Rugged, Reliable and Sterilizable Microelectrode for recording Single Units from the Brain (1964) (27)
Microelectrode study of accessory optic tract in the rabbit. (1962) (26)
An electromyographic study of asymmetric convergence. (1958) (26)
Single-cell responses of the nucleus of the transpeduncular tract in rabbit to monochromatic light on the retina. (1963) (25)
Reported visual percepts from stimulation of the human brain with microelectrodes during therapeutic surgery. (1965) (24)
A COMPUTER‐BASED AUTOMATIC METHOD FOR DETERMINING VISUAL ACUITY* (1970) (24)
Eye Patching and Visual Evoked Potential Acuity in Children Four Months to Eight Years Old (1982) (24)
Prentice-Memorial Lecture: Is the animal model for stimulus deprivation amblyopia in children valid or useful? (1982) (21)
Elements of human extraocular electromyography. (1959) (21)
Accommodative response of the eye to electrical stimulation of the ciliary ganglion in cats. (1954) (20)
Receptive fields of cells in the human visual cortex (1968) (18)
Neurophysiology of the Accessory Optic System (1973) (17)
Amblyopia and congenital esotropia. Visually evoked potential measurements. (1984) (16)
Accommodative response of the eye of an aged cat to electrical stimulation of the ciliary ganglion. (1955) (15)
Evidence for a neurological zoom system in vision from angular changes in some receptive fields of single neurons with changes in fixation distance in the human visual cortex (1970) (15)
Corneal bending and buckling in tonometry. (1961) (15)
DESCARTES?? ERROR: Emotion, Reason, and the Human Brain (1995) (14)
Conduction velocities in rabbit's optic nerve and some observations on antidromic retinal spikes. (1958) (14)
Flashes of clear vision and negative accommodation with reference to the Bates method of visual training. (1952) (14)
Electrophysiological study of the posterior accessory optic tract (1960) (14)
Artifacts and normal variations in human ocular electromyography. (1959) (13)
Visual Centers in the Brain (1973) (13)
Trough height, pressure and flattening in tonometry☆ (1962) (12)
The effect of stimulus size and retinal illuminance on the human electroretinogram. (1953) (12)
Design for a phosphene visual prosthesis. (1970) (10)
Stimulus deprivation amblyopia in children. Sensitivity, plasticity, and elasticity (SPE). (1984) (10)
COMPUTER ‐ ASSISTED EYE EXAMINATION II. VISUAL EVOKED RESPONSE MERIDIONAL REFRACTOMETRY* (1973) (9)
An electromyographic study of coactivity of human extraocular muscles in following movements. (1959) (9)
Arterial and Tonometric Pressure Measurements in the Eye (1962) (9)
The value of impedance measurements to aid in the localisation in stereotactic surgery. (1965) (9)
A reconsideration of visual evoked potentials for fast automated ophthalmic refractions. (1978) (8)
An historical review of the accessory optic tracts. (1960) (8)
Research in perspective (1990) (8)
VISION AND THE BRAIN; THE ORGANIZATION OF THE CENTRAL VISUAL SYSTEM (1990) (6)
Recording from Single Cells in the Human Visual Cortex (1973) (6)
Activity of the oculorotary muscles during tonometry and tonography. An electromyographic study. (1959) (6)
Imaging visual function of the human brain. (1988) (6)
AN AUTOMATIC CASE‐HISTORY TAKER FOR EYE EXAMINATION* (1972) (6)
The pupillary fusion reflex. (1950) (5)
Localized electroretinograms from isolated poikilothermic retinas with macroelectrodes. (1955) (5)
Electromyographic study of following movements of the eye between tertiary positions. (1959) (5)
Computer‐Assisted Eye Examination. VII. Final Evaluation of the Refractor III System for Subjective Examination After Reducing Software and Hardware Errors (1978) (4)
Superacuity in the Spared Eyes of Monocular Deprivation Amblyopes: Visual Evoked Response Measurements (1983) (4)
Somatosensory Reports from Electrical Stimulation of the Brain during Therapeutic Surgery (1966) (4)
Electromyography in strabismus. (1959) (4)
Optometrists' human and computer assistants. (1972) (4)
AN INFORMATION‐THEORETIC ANALYSIS OF CLINICAL REFRACTION* (1971) (4)
COMPUTER‐ASSISTED EYE EXAMINATION I. Computer‐Actuated Eye Refractors* (1973) (4)
Zoom neurons in visual cortex: Receptive field enlargements with near fixation in monkeys (1975) (4)
ACCOMMODATIVE RESPONSE OF THE CATS EYE TO ELECTRICAL STIMULATION OF THE CILIARY GANGLION (1955) (3)
Localized electroretinograms from the isolated retina of the frog. (1958) (3)
Activity of a human oculorotary muscle unit. (1962) (3)
Measurement of unit activity in various systems of the brain postoperatively; a preliminary study. (1970) (3)
How to Sacrifice Academic Quality (1979) (3)
COMPUTER‐ASSISTED EYE EXAMINATION III. PHYSIOLOGICAL INDICES FOR SUBJECTIVE REFRACTION* (1973) (3)
Computer‐Assisted Eye Examination VI. Identification and Correction of Errors in the Refractor III System for Subjective Examination (1978) (2)
Computer-Assisted Eye Examination: Background and Prospects. (1982) (2)
A Servo-Method for Producing Equal-Quanta, Equal-Energy, or Equal-Response Spectra* (1961) (2)
Computer‐assisted Eye Examination. V. Preliminary Evaluation of the Refractor III System for Subjective Examination* (1977) (1)
A Hardware Interface for a Computer-Controlled Ophthalmic Refraction System. (1972) (1)
Variation of Accommodation (1953) (1)
Sight and Society in the People's Republic of China (1977) (1)
COMPUTER‐ASSISTED EYE EXAMINATIONS IV. “ADDITIVE” LENS SYSTEMS IN EYE REFRACTORS* (1975) (1)
A broad view of the science and technology of optometry past and future. Hindsight and foresight. (1975) (0)
Computer-Controller Ophthalmic Refraction. Analysis of a Computer Network versus a Central Computer. (1977) (0)
A Software Implementation of a Computer-Controlled Ophthalmic Refraction System. (1972) (0)
Localized Electroretinograms from Isolated Poikilothermic Retinas with Macroelectrodes (1955) (0)
REPORT OF FIRST WESTERN REGIONAL MEETING: AMERICAN ACADEMY OP OPTOMETRY (1954) (0)
Aircraft Flight by an Optical Periscope (1956) (0)
RADIOLOGY OF THE EYE AND ORBIT (1991) (0)
Material for making a contact lens and process for the preparation of the material (1973) (0)
Physiological Indices for Subjective Refraction. (1973) (0)
Shedding Light on Sight Seeing Human Brain Function (1995) (0)
Computer-Controlled Ophthalmic Refraction. (1972) (0)
Letters to the editor. (1966) (0)
Transformation of Horsley-Clarke coordinate for electrode implantation experiments in stereotaxic surgery. (1975) (0)
Non-Invasive Assessment of the Visual System by Magnetic Stimulation (1991) (0)
A TIME STUDY OF OPTOMETRISTS‘ PROFESSIONAL ACTIVITY AND ITS RELATION TO HUMAN AND COMPUTER ASSISTANTS (2010) (0)
Sight and society in the People's Republic of China. (1977) (0)

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What Schools Are Affiliated With Elwin Marg?

Elwin Marg is affiliated with the following schools:

University of California, Berkeley