Alessandro Farnè

This study introduces HYDRE, a hybrid model combining temporal, spectral, and Riemannian features to decode motor preparation from brain signals, achieving above-chance decoding up to 1400ms before movement.

This study examines how spatial proximity, attentional focus, and anticipated action outcomes influence motor preparation and action awareness using EEG and virtual reality.

The paper reassesses evidence on whether spatial distance affects the sense of agency, finding no distance effect and suggesting distance influences temporal perception independently of agency.

This study shows that repetitive somatosensory stimulation reduces perceived finger size but does not affect body model or superficial schema.

The paper reanalyzes behavioral experiments on tool-extended tactile localization to estimate parameters mapping sensory input to spatial perception, finding near-perfect localization accuracy.

The paper investigates how neural oscillations in alpha and beta bands support touch localization on hands and tools, finding similar mechanisms for both.

The paper shows that the brain uses trilateration to localize touch on tools, similar to how it works for limbs, and demonstrates this with behavioral and computational models.

The paper tests whether intentional binding, a measure of the sense of agency, is caused by action intention or sensory integration, and finds no evidence for intentional binding.

This study investigates the role of proprioception in implicit sensorimotor adaptation and perceived movement outcome by examining individuals lacking proprioception, finding minimal impact on adaptation and perceived outcome.

The paper introduces SPHERE, a method for 3D sound localization that integrates virtual reality, real-time tracking, and active listening to study spatial hearing and its applications.

The paper investigates how alpha oscillations contribute to localizing touch on hand-held tools by analyzing EEG data during tactile stimulation tasks.

The paper proposes a neural network model that uses multilateration to decode touch location on the body, showing it matches psychophysical experiments.

This study investigates body schema plasticity in children with Developmental Coordination Disorder (DCD) using a tool-use paradigm, finding altered implicit body representation updates but preserved motor learning.

The paper distinguishes peripersonal space (PPS) from arm-reaching space (ARS) using spatial and temporal performance metrics and multisensory facilitation paradigms across five experiments.

This study investigates how visuo-vestibular mismatches affect value attribution to positive and negative reinforcers using a modified Flankers task with galvanic vestibular stimulation.

This study investigates spatial hearing re-learning using virtual reality, finding that active reaching improves sound localisation more than naming, with head movements playing a key role in this improvement.

The paper demonstrates that electrocutaneous stimulation of the face inhibits motor evoked potentials in the hand, revealing face-hand afferent inhibition in the normal state.