L. Nizami

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Aliases
L Nizami, Lance Nizami
Publication record
66 papers · 270 citations · H-index 9

PAPERS

DISCREDITING THE “DISCREDITING” OF PSYCHOPHYSICS: H.K. BEECHER VERSUS THE HARDY-WOLFF-GOODELL DOLORIMETER
20220 citationsauthor #1
Simultaneous dichotic loudness balance (SDLB): Why loudness “fatigues” with two ears but not with one
20190 citationsauthor #1
Too resilient for anyone's good
20193 citationsauthor #1
Reductionism ad absurdum: Attneave and Dennett cannot reduce Homunculus (and hence the mind)
20181 citationsauthor #1
You, Sledgehammer
20170 citationsauthor #1
You, Sledgehammer
20170 citationsauthor #1
I, NEURON: the neuron as the collective
20172 citationsauthor #1
What ability is measured in “infant psychophysics”?
20161 citationsauthor #1
Fatal Flaws in Norwich’s “Mystery of Loudness Adaptation”
20151 citationsauthor #1
Homunculus strides again: why "information transmitted" in neuroscience tells us nothing
20154 citationsauthor #1
Wrong Limits and Wrong Assumptions: Kenny Norwich and Willy Wong Fail to Derive Equal-Loudness Contours
20150 citationsauthor #1
Abstract—Many investigators have assumed that some physical and physiological mechanisms of hearing can be elucidated by crafting equations for the voltage-spike-firing rate of an auditory-nerve fiber as a function of the root-mean-
20140 citationsauthor #1
Information theory's failure in neuroscience: On the limitations of cybernetics
20145 citationsauthor #1
A long-overdue review of empirical uncertainties in the “fatigue” found through simultaneous dichotic loudness balance
20131 citationsauthor #1
Paradigm versus praxis: Why psychology "absolute identification" experiments do not reveal sensory processes
20134 citationsauthor #1
The Human Cochlear Mechanical Nonlinearity Inferred via Psychometric Functions
20130 citationsauthor #1
Authors comment on authorship commentary
20120 citationsauthor #1
The human cochlear mechanical nonlinearity inferred through the Schairer et al. (2003) model
20121 citationsauthor #1
Loudness "fatigue" with two ears but not with one: simultaneous dichotic loudness balance (SDLB) explained
20124 citationsauthor #1
A New Bristle in The Toothbrush Problem
20110 citationsauthor #1
Norwich's Entropy Theory: how not to go from abstract to actual
20118 citationsauthor #1
A Warning to the Human-Factors Engineer: False Derivations of Riesz’s Weber Fraction, Piéron’s Law, and Others Within Norwich et al.’s Entropy Theory of Perception
20114 citationsauthor #1
Lütkenhöner’s „Intensity Dependence of Auditory Responses“: An Instructional Example in How Not To Do Computational Neurobiology
20112 citationsauthor #1
Memory model of information transmitted in absolute judgment
20117 citationsauthor #1
Interpretation of Absolute Judgments Using Information Theory
20105 citationsauthor #1
Is Uncertainty Reduction the Basis for Perception? Errors in Norwich's Entropy Theory of Perception Imply Otherwise
20101 citationsauthor #1
Fundamental Flaws In The Derivation Of Stevens' Law For Taste Within Norwich's Entropy Theory of Perception
20106 citationsauthor #1
Interpretation of absolute judgments using information theory: channel capacity or memory capacity?
20107 citationsauthor #1
Effects of external noise on detection of intensity increments.
20094 citationsauthor #3
On the Misapplication of Cybernetics to Sensory Neurons : Norwich ’ s Informational Entropy Theory of Perception Has Not Derived Stevens ’ Law for Taste
20091 citationsauthor #1
A Computational Test of the Information-Theory Based Entropy Theory of Perception : Does It Actually Generate the Stevens and Weber-Fechner Laws of Sensation ?
20096 citationsauthor #1
Sensory systems as cybernetic systems that require awareness of alternatives to interact with the world: Analysis of the brain-receptor loop in Norwich's Entropy Theory of Perception
20099 citationsauthor #1
Nonzero threshold loudness: A circular argument in Zwislocki (1965) and Moore, Glasberg, and Baer (1997).
20080 citationsauthor #1
Physics: A calling or assembly line
20080 citationsauthor #1
Finding one’s place in physics
20080 citationsauthor #1
Roadblocks deter today's einsteins
20070 citationsauthor #1
Does Norwich’s entropy theory of perception produce equal‐loudness contours?
20070 citationsauthor #1
The mid-level hump at 2 kHza )
20070 citationsauthor #1
Is Fraud Really Gone
20070 citationsauthor #1
The intensity-difference limen for 6.5 kHz: An even more severe departure from Weber's law
20068 citationsauthor #1
Intensity-difference limens predicted from the click-evoked peripheral N1: the mid-level hump and its implications for intensity encoding.
20058 citationsauthor #1
Dynamic range relations for auditory primary afferents.
20059 citationsauthor #1
Effect of noise on the detection of intensity increments
20041 citationsauthor #2
Threshold vs Duration for Gaussian-Shaped Tone-Pips of One to Four Periods Duration
20041 citationsauthor #1
Publish-or-Perish Perspectives: Dividing Coauthors, Valuing Referees, Taming Expectations
20040 citationsauthor #1
A measure of internal noise based on sample discrimination.
200323 citationsauthor #2
Afferent response parameters derived from postmasker probe-detection thresholds: 'the decay of sensation' revisited.
20039 citationsauthor #1
Effects of peripheral nonlinearity on psychometric functions for forward-masked tones.
200312 citationsauthor #2
The mid‐duration hump in the intensity‐difference limen as a function of frequency: Further evidence for the frequency–time listening window of the human ear
20031 citationsauthor #1
Estimating auditory neuronal dynamic range using a fitted function.
200234 citationsauthor #1
Intensity‐difference limens for very brief Gaussian‐shaped tones at 500 Hz and 6.5 kHz
20021 citationsauthor #1
The mid-level hump at 2 kHz.
200212 citationsauthor #1
A measure of internal noise based on sample discrimination of level differences
20020 citationsauthor #2
The paucity of grants among young scientists.
20020 citationsauthor #1
Relation between the slope of the rate‐level curve, the maximum driven firing‐rate, and the neuronal dynamic range in auditory primary afferents of the cat
20013 citationsauthor #1
Psychometric Functions for Detection of Tones Following a Forward Masker
20011 citationsauthor #4
The intensity-difference limen for Gaussian-enveloped stimuli as a function of level: tones and broadband noise.
200121 citationsauthor #1
The periodicity of forward-masked auditory pip-detection thresholds, predicted from the output power of the auditory filter during ringing.
20002 citationsauthor #1
Intensity‐difference limens as a function of level for brief 2‐kHz Gaussian‐shaped tones
20000 citationsauthor #1
Intensity‐difference limens as a function of level for Gaussian‐shaped packets of broadband noise
20000 citationsauthor #1
The fine structure of the recovering auditory detection threshold.
19998 citationsauthor #1
Auditory dynamic range derived from the mean rate-intensity function in the cat.
199723 citationsauthor #1
Does recovery from forward masking reflect two neural channels
19942 citationsauthor #1
Forward‐masked intensity increment thresholds at two recovery times
19943 citationsauthor #1
On Mathematical Biology Without the Biology : A Refutation of K . H . Norwich ’ s Mystery of Loudness Adaptation and A Physiology-Based Replacement
year unknown1 citationsauthor #1
Under Wrong Limits and Wrong Assumptions : Norwich and Wong ( the Entropy Theory ) Fail to Derive Equal-Loudness Contours
year unknown0 citationsauthor #1

TIMELINE

1994 5 citations

1997 23 citations

1999 8 citations

2000 2 citations

2001 25 citations

2002 47 citations

2003 45 citations

2004 2 citations

2005 17 citations

2006 8 citations

2007 0 citations

2008 0 citations

2009 20 citations

2010 19 citations

2011 21 citations

2012 5 citations

2013 5 citations

2014 5 citations

2015 5 citations

2016 1 citations

2017 2 citations

2018 1 citations

2019 3 citations

2022 0 citations

Unknown 1 citations

L. Nizami

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