fromderinside
Mazzie Daius
- Joined
- Oct 6, 2008
- Messages
- 15,945
- Basic Beliefs
- optimist
Here are the points untermensche tried to foist
Below is an article demonstrating of just how wrong he is.
Neurophysiological mechanisms underlying motor feature binding processes and representations https://onlinelibrary.wiley.com/doi/pdf/10.1002/hbm.25295
Here are untermensche's responses to the my reply.
Let the reader decide.
Readiness potential is real.
1. Why it is there is pure conjecture.
2. The mind prepares for movement before it initiates it.
3. Take a thousand wild guesses about events that can't be seen and you have nothing but subjective guesses.
4. You do not have anything objective.
5. Any random set of numbers has a mean and a standard deviation.
6. These Libet type studies involving subjective guessing and basically relying on subjective guessing to draw conclusions are all an exercise in the self delusion of experimenters and their religious followers.
Below is an article demonstrating of just how wrong he is.
Neurophysiological mechanisms underlying motor feature binding processes and representations https://onlinelibrary.wiley.com/doi/pdf/10.1002/hbm.25295
Abstract: Coherent, voluntary action requires an integrated representation of these actions and their defining features. Although theories delineate how action integration requiring binding between different action features may be accomplished, the underlying neurophysiological mechanisms are largely elusive. The present study examined the neurophysiological mechanisms underlying binding processes in actions. To this end, we conducted EEG recordings and applied standard event-related potential analyses, temporal EEG signal decomposition and multivariate pattern analyses (MVPA). According to the code occupation account, an overlap between a planned and a to-be-performed action impairs performance. The level, to which performance is attenuated depends on the strength of binding of action features. This binding process then determines the representation of them, the so-called action files. We show that code occupation and bindings between action features specifically modulate processes preceding motor execution as showed by the stimulus-locked lateralized readiness potential (LRP). Conversely, motor execution processes reflected by the response-locked LRP were not modulated by action file binding. The temporal decomposition of the EEG signal, further distinguished between action file related processes: the planned response determining code occupation was reflected in general (voluntary) response selection but notin involuntary (response priming-related) activation. Moreover, MVPA on temporally decomposed neural signals indicated that action files are represented as a continuous chain of activations. Within this chain, inhibitory and response re-activation pattern scan be distinguished. Taken together, the neurophysiological correlates of action file binding suggest that parallel, stimulus- and response-related pre-motor processes are responsible for the code occupation in the human motor system.
5 | CONCLUSIONS The present study addressed the neurophysiological mechanisms underlying binding processes in voluntary actions within the TEC framework. It examined the time course, functional different neural activity clusters, and the stability of the representational content of neurophysiological activity during action file coding. As such the study delineated the neurophysiological markers of the code occupation concept assumed to drive binding processes at the motor level (Stoet & Hommel, 1999). We showed that code occupation and bindings between action features specifically modulate pre-motor processes. Conversely, the motor execution processes were not modulated by action file binding. The temporal decomposition of the EEG signal further distinguished between action file related processes: the planned response, which the code occupation originated from, was reflected in general response selection (R-cluster) but not in priming-related (S-cluster) response activation. Altogether, the neurophysiological correlates of action file binding suggest that parallel, stimulus- and response related pre-motor processes are responsible for the code occupation. Moreover, decoded EEG and temporally decomposed neural signal indicated that action files are represented as a continuous chain of activations. Within this chain, inhibitory and response re-activation pattern scan be distinguished with signal decomposition.
Here are untermensche's responses to the my reply.
You addressed no point I make and dealt with no problem I raised.
You claiming to understand one thing about actual brain function is funny.
You know absolutely nothing about it minus subjective reports.
Then you know a little. You know the subjective report and nothing else.
Let the reader decide.