Paul C. Miller

This paper shows that inhibitory-stabilized networks can perform history-dependent computation at low firing rates, similar to excitatory networks.

The paper proposes a neural mechanism for long-delay credit assignment through memory reactivation competition in a spiking neural network model.

This study identifies distinct cortical-hippocampal reactivation patterns during REM and NREM sleep, mediated by prefrontal high-frequency oscillation chains in rodents.

The paper investigates multistability in neural systems with random cross-connections, showing that bistability can arise through network effects even with zero self-excitation.

This paper shows that random clustered neural networks can generate place fields and preplay of novel environments without pre-configured spatial maps.

This study investigates rhythmic coordination between hippocampus and prefrontal cortex during odor-place associative memory tasks in rats, showing that beta and respiratory rhythms influence decision-making.

The paper presents two neural circuit models for stay-switch decisions in foraging behavior, showing how hedonic and aversive stimuli influence decision timing and neural activity patterns.

The paper models how synaptic depression affects transitions between bistable states in neural circuits, showing how stimulus history influences activity patterns.

This paper shows that attractor networks with short-term synaptic plasticity can distinguish between similar stimulus sequences and exhibit memory effects like primacy and recency.

The paper shows that Hebbian learning during network reactivations stabilizes neural representations despite synapse turnover in models of hippocampal and visual cortex circuits.