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Module biophysical

Module biophysical 

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Compatibility facade for biophysical and conductance-based neuron models.

Each model owns its implementation and tests in a bounded child module while the historical public re-exports and safe_rate path remain stable.

ModulesΒ§

av_ron_cardiac πŸ”’
Av-Ron cardiac-ganglion Type III burster dynamics.
bertram_phantom πŸ”’
Source equations 1–10 with the authors’ BJ_00 parameter set.
connor_stevens πŸ”’
Connor-Stevens A-type potassium-current neuron dynamics.
de_schutter_purkinje πŸ”’
De Schutter-Bower Purkinje-cell conductance dynamics.
destexhe_thalamic πŸ”’
Destexhe thalamocortical relay-neuron dynamics.
durstewitz_dopamine πŸ”’
Durstewitz prefrontal-cortex neuron dynamics with D1 modulation.
gif_population πŸ”’
Seeded escape-rate generalized integrate-and-fire population dynamics.
glif πŸ”’
Five-state GLIF5 dynamics from Teeter et al. (2018), equations 1–8.
golomb_fs πŸ”’
Golomb Kv3-enabled fast-spiking interneuron dynamics.
hill_tononi πŸ”’
Source cortical-excitatory waking recurrence with optional Ih and IT.
hodgkin_huxley πŸ”’
Hodgkin-Huxley 1952 conductance-based neuron dynamics.
huber_braun πŸ”’
Huber-Braun temperature-sensitive cold-receptor dynamics.
mainen_sejnowski πŸ”’
Mainen-Sejnowski two-compartment soma and axon dynamics.
mihalas_niebur πŸ”’
Mihalaş-Niebur equations 2.1–2.2 with capacitance-normalised currents.
plant_r15 πŸ”’
Plant R15 Aplysia parabolic-burster dynamics.
pospischil πŸ”’
Pospischil minimal conductance model for cortical cell types.
prescott πŸ”’
Prescott conductance model for Type I, II, and III excitability.
reexports πŸ”’
sc_four_state_glif πŸ”’
Count-neutral custody for the historical four-state RK4 recurrence.
sc_scaled_reset_adaptive_if πŸ”’
Count-neutral custody for the historical scaled-reset adaptive IF recurrence.
sc_six_state_thalamocortical πŸ”’
Preserved SC six-state conductance recurrence; no literature attribution.
traub_miles πŸ”’
Traub-Miles hippocampal CA3 pyramidal neuron dynamics.
wang_buzsaki πŸ”’
Wang-Buzsaki fast-spiking interneuron dynamics.
yamada πŸ”’
Yamada subcritical Hopf-burster dynamics.

StructsΒ§

AvRonCardiacNeuron
Av-Ron cardiac ganglion β€” Type III burster. Av-Ron et al. 1991.
BertramPhantomBurster
ConnorStevensNeuron
Connor-Stevens β€” A-type K current for delay tuning. Connor et al. 1977.
DeSchutterPurkinjeNeuron
De Schutter-Bower Purkinje cell β€” Ca-dependent K. De Schutter & Bower 1994.
DestexheThalamicNeuron
Destexhe thalamocortical relay neuron with T-current. Destexhe et al. 1993.
DurstewitzDopamineNeuron
Durstewitz PFC neuron with D1 dopamine modulation. Durstewitz et al. 2000.
GIFPopulationNeuron
GIF population β€” escape-rate generalized IF. Mensi et al. 2012.
GLIFNeuron
Teeter GLIF5 membrane, threshold, after-spike-current, and reset state.
GolombFSNeuron
Golomb fast-spiking interneuron with Kv3. Golomb et al. 2007.
HillTononiNeuron
Hill-Tononi cortical-waking state and complete scalar-cell configuration.
HodgkinHuxleyNeuron
Hodgkin-Huxley 1952 β€” 4-ODE ion channel model.
HuberBraunNeuron
Huber-Braun β€” temperature-sensitive cold receptor. Braun et al. 1998.
MainenSejnowskiNeuron
Mainen-Sejnowski β€” two-compartment (soma + axon). Mainen & Sejnowski 1996.
MihalasNieburNeuron
Four-state generalised integrate-and-fire neuron from Mihalaş and Niebur (2009).
PlantR15Neuron
Plant R15 β€” Aplysia parabolic burster. Plant & Kim 1976.
PospischilNeuron
Pospischil β€” minimal HH for 5 cortical cell types. Pospischil et al. 2008.
PrescottNeuron
Prescott 2008 β€” Type I/II/III excitability tuning via M-current.
SCFourStateGLIFNeuron
Historical SC-NeuroCore four-state adaptive-threshold recurrence.
SCScaledResetAdaptiveIFNeuron
Historical SC-NeuroCore four-state adaptive-threshold recurrence.
SCSixStateThalamocorticalNeuron
Preserved SC six-state thalamocortical oscillator with Na-dependent K.
SCThreeStatePhantomBurster
SC three-state phantom burster β€” dual slow K for phantom bursting. retained project recurrence.
TraubMilesNeuron
Traub-Miles β€” hippocampal CA3 pyramidal neuron with M-current.
WangBuzsakiNeuron
Wang-Buzsaki β€” fast-spiking GABAergic interneuron. Wang & BuzsΓ‘ki 1996.
YamadaNeuron
Yamada 1989 β€” subcritical Hopf burster.

FunctionsΒ§

safe_rate