Using a conceptual distinction between prospective and retrospective research, we analyze
the international high-impact literature on tailings. This distinction differentiates between …

Implantable brain-computer interfaces (iBCIs) aim to restore function in patients with severe
motor impairments by translating neural signals into motor outputs. As iBCI technology …

Objective. Considerable resources are being invested to enhance the control and usability
of artificial limbs through the delivery of unnatural forms of somatosensory feedback. Here …

Intracortical brain-computer interfaces (iBCIs) exhibit variable performance across and even
within days. A limited number of studies have shown that attention is one factor which can …

How can the human nervous system deal with the entirely distinct inputs and outputs
associated with the loss or the addition of (artificial) limbs? And how can this inform the …

Motor learning is believed to depend on cognition, particularly during the early stages of
learning, but there is relatively little experimental evidence to support this assertion. To …