Stuttering

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• "Voice disabilities and speech disorders like stuttering significantly impact a person's life and happiness," said Whispp founder and CEO Joris Castermans.
• "Whispp isn't just transforming voices; it's advancing communication by making it accessible to all and enhancing quality of life."
• "Voice disabilities and speech disorders like stuttering significantly impact a person's life and happiness," said Whispp co-founder and CEO Joris Castermans.
• Unlike conventional speech-to-text (STT) approaches with noticeable latency and an uneven conversational flow, Whispp provides real-time speech conversion, eliminating barriers to natural communication.

• Whether or not you’re a musician, somehow you know intuitively when to speed up or slow down to stay in time.
• A wide range of living and non-living systems show synchronization, the tendency to coordinate rhythmic activity across interconnected groups.
• And as a scientist, I am fascinated by the processes in the mind and brain that allow us to interact so expertly and spontaneously with rhythm.

Rhythm and the brain

• But it appears that even our ability to mentally follow and anticipate musical rhythms is tied up with the brain processes we use to move our bodies.
• Using functional MRI, music neuroscientists have established that actively listening to rhythm activates the supplementary motor area of the cerebral cortex and the basal ganglia in the deep brain, both of which are important for generating voluntary movements.
• Anticipating and processing events in a rhythm may draw on the same brain mechanisms as anticipating and processing the sensory consequences of our own movements.

Causes of motor disorders

• Drawing links between motor control and rhythm perception may help us make sense of the underlying causes of neurological disorders that both affect rhythm perception and benefit from rhythm-focused therapies, including Parkinson’s, Huntington’s, and stuttering.
• Developmental stuttering (a stutter during speech that arises in early childhood) is associated with impairment in rhythm perception and weaker ability to tap in time with a metronome.

Rhythm and boundaries

• I believe that how we sense rhythm blurs the boundaries between our internal and external worlds.
• As we play music in a group, we literally lose ourselves in the rhythm: we no longer predict the timing of our own sounds separately from the mix, but instead predict the timing of all sounds based on the group’s rhythm as a whole.

Prediction and action

• I suspect that the last ingredient is the tight relationship between prediction and action.
• According to one exciting theory of the neural control of action, we move our bodies not by sending “commands” to them, but instead by predicting what we will experience when we move them.
• A shared rhythmic experience is a fluid interplay between sound, external expectations, self-expectation and action.