Awareness Of Mechanisms Research Articles

Warrants Generations using a Language Model and a Multi-Agent System

Each argument begins with a conclusion, which is followed by one or more premises supporting the conclusion. The warrant is a critical component of Toulmin's argument model; it explains why the premises support the claim. Despite its critical role in establishing the claim's veracity, it is frequently omitted or left implicit, leaving readers to infer. We consider the problem of producing more diverse and high-quality warrants in response to a claim and evidence. To begin, we employ BART [1] as a conditional sequence tosequence language model to guide the output generation process. On the ARCT dataset [2], we fine-tune the BART model. Second, we propose the Multi-Agent Network for Warrant Generation as a model for producing more diverse and high-quality warrants by combining Reinforcement Learning (RL) and Generative Adversarial Networks (GAN) with the mechanism of mutual awareness of agents. In terms of warrant generation, our model generates a greater variety of warrants than other baseline models. The experimental results validate the effectiveness of our proposed hybrid model for generating warrants.

Lateralisation of subcortical functional connectivity during and after general anaesthesia

BackgroundArousal and awareness are two important components of consciousness states. Functional neuroimaging has furthered our understanding of cortical and thalamocortical mechanisms of awareness. Investigating the relationship between subcortical functional connectivity and arousal has been challenging owing to the relatively small size of brainstem structures and thalamic nuclei, and their depth in the brain. MethodsResting state functional MRI scans of 72 healthy volunteers were acquired before, during, 1 h after, and 1 day after sevoflurane general anaesthesia. Functional connectivity of subcortical regions of interest vs whole brain and homotopic functional connectivity for assessment of left–right symmetry analyses of both cortical and subcortical regions of interest were performed. Both analyses used high resolution atlases generated from deep brain stimulation applications. ResultsFunctional connectivity in subcortical loci within the thalamus and of the ascending reticular activating system was sharply restricted under anaesthesia, featuring a general lateralisation of connectivity. Similarly, left–right homology was sharply reduced under anaesthesia. Subcortical bilateral functional connectivity was not fully restored after emergence from anaesthesia, although greater restoration was seen between ascending reticular activating system loci and specific thalamic nuclei thought to be involved in promoting and maintaining arousal. Functional connectivity was fully restored to baseline by the following day. ConclusionsFunctional connectivity in the subcortex is sharply restricted and lateralised under general anaesthesia. This restriction may play a part in loss and return of consciousness. Clinical trial registrationNCT02275026.

How Do Network Embeddedness and Environmental Awareness Affect Farmers’ Participation in Improving Rural Human Settlements?

Based on social embeddedness theory, this paper aims to explore the influence mechanism of network embeddedness and environmental awareness on farmers’ participation in improving rural human settlements (IRHS). This research applies the Logit model and the Bootstrap method, using survey data from 495 farmers in Hubei Province, China. The results show that: (1) relational embeddedness has a significant negative impact on the centralized treatment of farmers’ domestic sewage, implying that strengthening the relationship between farmers and households helps to provide them with centralized treatment for domestic sewage; (2) environmental awareness has a significant positive impact on the centralized treatment of farmers’ domestic sewage, implying that the enhancement of farmers’ environmental awareness increases the promotion centralized treatment for domestic sewage; and (3) structural embeddedness can further affects farmers’ environmental awareness and then affects their participation in the centralized treatment of domestic sewage, implying that environmental awareness has a mediating effect between structural embeddedness and the centralized treatment of farmers’ domestic sewage. Overall, it is necessary not only to encourage the establishment of extension and discussion networks for farmers (relational embeddedness) to participate in IRHS but also to improve environmental education for farmers, especially by increasing their access to environmental knowledge and information (environmental awareness in mountainous areas, and, finally to support farmers. The relationship between the members and the village cadres (structural embeddedness) can further improve farmers’ awareness of participation in IRHS to better guide them in the centralized treatment of domestic waste and domestic sewage.

Brain Mechanisms of Conscious Awareness: Detect, Pulse, Switch, and Wave

Consciousness is a fascinating field of neuroscience research where questions often outnumber the answers. We advocate an open and optimistic approach where converging mechanisms in neuroscience may eventually provide a satisfactory understanding of consciousness. We first review several characteristics of conscious neural activity, including the involvement of dedicated systems for content and levels of consciousness, the distinction and overlap of mechanisms contributing to conscious states and conscious awareness of transient events, nonlinear transitions and involvement of large-scale networks, and finally the temporal nexus where conscious awareness of discrete events occurs when mechanisms of attention and memory meet. These considerations and recent new experimental findings lead us to propose an inclusive hypothesis involving four phases initiated shortly after an external sensory stimulus: (1) Detect—primary and higher cortical and subcortical circuits detect the stimulus and select it for conscious perception. (2) Pulse—a transient and massive neuromodulatory surge in subcortical-cortical arousal and salience networks amplifies signals enabling conscious perception to proceed. (3) Switch—networks that may interfere with conscious processing are switched off. (4) Wave—sequential processing through hierarchical lower to higher cortical regions produces a fully formed percept, encoded in frontoparietal working memory and medial temporal episodic memory systems for subsequent report of experience. The framework hypothesized here is intended to be nonexclusive and encourages the addition of other mechanisms with further progress. Ultimately, just as many mechanisms in biology together distinguish living from nonliving things, many mechanisms in neuroscience synergistically may separate conscious from nonconscious neural activity.

Risk characteristics, government subsidies and farmers' willingness to adopt water‐saving irrigation techniques*

AbstractThis paper explores the mechanisms of risk preference, risk awareness and farmers' willingness to adopt water‐saving irrigation techniques in response to government subsidies. Data, collected from farmers in Gansu Province, China, were analysed using mediation and moderation effect models. The empirical evidence from this study indicates that willingness to adopt water‐saving irrigation techniques increased with an increase in government subsidies but decreased with risk awareness due to farmers' attitude of risk preferences. Secondly, the interaction between farmers' risk awareness and risk preference determines their willingness to adopt water‐saving irrigation techniques where risk awareness plays an intermediary role in both cases. Nevertheless, the cautionary role of risk awareness is more obvious, so risk‐averse farmers are significantly less willing to adopt irrigation techniques than risk preference farmers. Also, government subsidies have a significant moderating effect on farmers' risk preferences and risk awareness irrespective of their usage of farming techniques.

Cardiovascular mechanisms of interoceptive awareness: Effects of resonance breathing

Interoception, the ability to perceive internal bodily sensations, and heart rate variability (HRV) share common physiological pathways, including the baroreflex feedback loop. The baroreflex can be activated by resonance breathing, wherein respiration is paced at 6 times per minute (0.1 Hz), eliciting immediate physiological changes and longer-term therapeutic responses.This registered report characterizes baroreflex functioning as a cardiac mechanism of interoception in a two-session study (n = 67). The heartbeat discrimination task was used to obtain indices of interoceptive accuracy, sensibility and metacognition. Baroreflex functioning was measured as HRV at 0.1 Hz and baroreflex sensitivity (BRS); high frequency (HF) HRV was calculated as a control. Cardiovascular indices were measured at baseline and during active and control paced breathing after which changes in interoception were measured.The first hypothesis was that baseline baroreflex functioning would predict individual differences in interoceptive awareness. The second hypothesis was that resonance breathing would increase participants' ability to detect their own heartbeats, and that this effect would be mediated by increases in 0.1 Hz HRV and BRS. Data were collected upon in principle acceptance of the manuscript.We found a negative relationship of interoceptive accuracy with baseline HF HRV and BRS, and a positive relationship between metacognitive interoception and 0.1HZ HRV, BRS and HF HRV. We found that changes in 0.1 Hz HRV and BRS during resonance breathing positively correlate with increases in interoceptive accuracy.Our results show that the extent to which breathing recruits the resonant properties of the cardiovascular system can facilitate the conscious perception of participants' heartbeats. We interpret this as an increase in vagal afferent signaling and baroreflex functioning following resonance breathing. We put forward an alternative explanation that HRV modulation can reduce interoceptive prediction errors, facilitating the conscious perception of interoceptive signals, and consider the role of resonance breathing on mental health from an interoceptive inference perspective.

Asymmetrical dynamics of epidemic propagation and awareness diffusion in multiplex networks

To better explore asymmetrical interaction between epidemic spreading and awareness diffusion in multiplex networks, we distinguish susceptibility and infectivity between aware and unaware individuals, relax the degree of immunization, and take into account three types of generation mechanisms of individual awareness. We use the probability trees to depict the transitions between distinct states for nodes and then write the evolution equation of each state by means of the microscopic Markovian chain approach (MMCA). Based on the MMCA, we theoretically analyze the possible steady states and calculate the critical threshold of epidemics, related to the structure of epidemic networks, the awareness diffusion, and their coupling configuration. The achieved analytical results of the mean-field approach are consistent with those of the numerical Monte Carlo simulations. Through the theoretical analysis and numerical simulations, we find that global awareness can reduce the final scale of infection when the regulatory factor of the global awareness ratio is less than the average degree of the epidemic network but it cannot alter the onset of epidemics. Furthermore, the introduction of self-awareness originating from infected individuals not only reduces the epidemic prevalence but also raises the epidemic threshold, which tells us that it is crucial to enhance the early warning of symptomatic individuals during pandemic outbreaks. These results give us a more comprehensive and deep understanding of the complicated interaction between epidemic transmission and awareness diffusion and also provide some practical and effective recommendations for the prevention and control of epidemics.

Mapping the Unconscious Brain: Insights From Advanced Neuroimaging.

Recent advances in neuroimaging have been a preeminent factor in the scientific effort to unravel mechanisms of conscious awareness and the pathophysiology of disorders of consciousness. In the first part of this review, we selectively discuss operational models of consciousness, the biophysical signal that is measured using different imaging modalities, and knowledge on disorders of consciousness that has been gleaned with each neuroimaging modality. Techniques considered include diffusion-weighted imaging, diffusion tensor imaging, different types of nuclear medicine imaging, functional MRI, magnetoencephalography, and the combined transcranial magnetic stimulation-electroencephalography approach. In the second part of this article, we provide an overview of how advanced neuroimaging can be leveraged to support neurological prognostication, the use of machine learning to process high-dimensional imaging data, potential applications in clinical practice, and future directions.

Study on Driving Mechanism of Forest Fire Prevention Awareness Based on TPB Extended Model

Forest fire is one of the natural disasters that seriously endanger the living environment of human beings. Cultivating citizens' awareness of forest fire prevention behavior can effectively prevent the occurrence of forest fire. In this study, the TPB theory was selected as the basic framework, place attachment and moral norms were integrated into TPB theory, and structural equation model was used to explore the conceptual model. The results showed that: moral norms had positive driving effect on forest fire prevention awareness. Place attachment had positive driving effect on forest fire prevention awareness. Subjective norms and behavior attitudes had positive driving effect on forest fire prevention awareness. Income, length of residence and education level had positive driving effect on forest fire prevention awareness. Perceptual behavior control had no driving effect forest fire prevention awareness. Behavioral attitude was the core factor driving forest fire prevention awareness.

Psychophysiological Mechanisms of Grammatical Structuring in the Speech Activity of a Preschool Child

Language as a means of implementing the speech process is an independent system with its own structure. In the context of our research, the concept of M.I. Zhynkin (1958) on the grid distribution of information in the grammatical space, which explains the mechanism of perception and awareness of speech. It is important for us to conclude that the sooner a direct connection is formed between the conceptual system and the basal ganglia, the better the child's awareness, assimilation and use of grammatical categories. To organize the normal functioning of speech requires a complex coordinated work of millions of neural elements of the brain, which are included in its various parts. It is proved that after ten years the ability to develop neural networks necessary for the construction of speech centers it disappears. The problem of forming grammatically correct speech in preschool children can be solved quickly and efficiently if you intensify the interaction of different analyzers. It is proved that the sensory information complex consists of auditory, visual and tactile images, which, complementing, amplifying each other, increase the number of useful signals, expand the speech space, which, in turn, limits the choice of adequate speech pattern during acquisition, perception and oral awareness. Children's learning of the elements of the grammatical system of language is influenced by two main factors, namely: the dependence on the simplicity or complexity of the language phenomenon and the degree of its communicative significance. The formation of grammatically correct speech (morphology, word formation, syntax) is based on a certain cognitive development of the child.

What Makes an Elite Shooter and Archer? The Critical Role of Interoceptive Attention

It is well-acknowledged that attention is important for expert performance in sports. However, the role of interoceptive attention, i.e., the attentional mechanism of awareness and conscious focus of bodily somatic and visceral signals, in self-paced and far-aiming sports remains to be explored. This study aims to investigate the relationship of expertise level and interoceptive attention ability in shooting and archery, and to examine if interoceptive attention can be improved by mindfulness training in elite athletes of shooting and archery. We tested the performance differences of 41 elite athletes from the Chinese national team of shooting and archery and 43 non-elite athletes from a provincial team in breath detection task (BDT) and dot flash detection task (DDT), which were designed to measure interoceptive and exteroceptive attention (i.e., attention toward information input of primary sensory), respectively. Furthermore, we applied mindfulness training to the 41 elite athletes for 5–8 weeks and remeasured their performances of BDT and DDT. Results showed that elite athletes outperformed non-elite athletes in BDT (but not in DDT) both in accuracy (DiffBDT = 11.50%, p = 0.004) and in discrimination sensitivity (d′, DiffBDT = 1.159, p = 0.002). Difference in accuracy and d′ reached significant level only in BDT (accuracy: DiffBDT = −8.50%, p = 0.001; d′: DiffBDT = −0.822, p = 0.003) before and after mindfulness training. These results indicate that elite athletes of shooting and archery (i.e., relative to non-elite athletes) can better perceive the somatic and visceral responses or changes and discriminate these signals from noises. Moreover, interoceptive attention can be improved by mindfulness training. These results have important implications for the selection and training of athletes of shooting and archery.

Multi-agent modelling and situational awareness analysis of human-computer interaction in the aircraft cockpit: A case study

The loss of situational awareness by pilots is one of the harshest risk factors leading to catastrophic accidents. In this paper a situational awareness analysis model based on multiple agents is presented to simulate the human-computer interaction process in the aircraft cockpit. From the perspective of human-in-loop, the integrated model consists of modularized pilot agent model, technical system agent model and environment agent model. Following the structured levels of situational awareness, the pilot's cognitive behaviors are modelled based on Adaptive Control of Thought-Rational (ACT-R) theory and Bayesian network, with the triggering inputs from the visual and auditory sensory channels. Considering the effects of overlapping information from different channels, the formation and evolution mechanism of the pilot's situational awareness is analyzed in a probabilistic inference manner. The tests of input-output characteristics prove that the model can well reflect the distribution and resist the uncertain fluctuation of different cognitive elements. The safety issues based on two simplified real risk scenarios, under the background of the incidents/accidents related with Boeing 737-8 (MAX), were analyzed. The mechanism of accident evolution along with the possible preventive measures were discussed. It is concluded that an early control priority transmission from the technical system to the pilots and the display of direct prompt messages could make a difference in avoiding the serious risk.

The Psychological Pathway to Suicide Attempts: A Strategy of Control Without Awareness.

ObjectivesThis paper aims to identify potential areas for refinement in existing theoretical models of suicide, and introduce a new integrative theoretical framework for understanding suicide, that could inform such refinements.MethodsLiterature on existing theoretical models of suicide and how they contribute to understanding psychological processes involved in suicide was evaluated in a narrative review. This involved identifying psychological processes associated with suicide. Current understanding of these processes is discussed, and suggestions for integration of the existing literature are offered.ResultsExisting approaches to understanding suicide have advanced the current knowledge of suicide in various ways. They have guided valuable research in the following areas: motivations for suicide and the psychological distress which influences suicide attempts; ambivalence about suicide; suicidal individuals’ focus of attention; and ways in which individuals who contemplate suicide differ from individuals who attempt suicide. We outline a new theoretical framework as a means to integrating all of these concepts into the three principles of control, conflict, and awareness. Within this framework, suicide is regarded as occurring due to a long standing conflict between an individual’s personal goals, culminating in an episode of acute loss of control. The new framework posits that the individual then strives to regain control through the means of suicide because of a narrowed awareness of consequences of their actions on other valued goals. This psychological mechanism of limited awareness is posited to be the common pathway by which individuals make a suicide attempt, regardless of which risk factors are present.ConclusionThis article introduces a theoretical framework that generates several hypotheses for future research, and focuses on psychological processes occurring during immediate crisis. One of the key hypotheses resulting from our predictions on how individuals progress from contemplating to attempting suicide will be tested in an ongoing program of research: Individuals who attempt suicide have a significantly reduced awareness of consequences of suicide, which would negatively impact on their important life goals, values, principles, or ideals, compared to individuals who contemplate suicide. Therapy guided by the new framework may be more flexible, immediate, and client-focused than other therapies for suicidal individuals.

The effects of a group awareness tool on knowledge construction in computer‐supported collaborative learning

AbstractThe present study attempts to examine the effects of group awareness on knowledge construction and further surveys in what ways the different group awareness types support the collaboration in CSCL. In this quasi‐experimental study, we adopted a self‐developed group awareness tool that could display cognitive, social and behavioral group awareness in an authentic semester‐long class with 93 undergraduates involved in. Using a mixed research method, we explored the effects of group awareness on knowledge construction by comparing the characteristics and behavioral patterns of knowledge construction between GA (with the GA tool) and NA (without the GA tool) classes and further examined the different role of three group awareness types in supporting collaboration through interviews. The content analysis indicated that GA groups centered their collaboration on negotiating meaning or constructing new knowledge (C3) and conducted more higher‐level knowledge construction behaviors (C4 & C5) while in NA groups, sharing and comparing information (C1) appeared to be the most frequent behavior. The sequential analysis showed two distinctive sequential patterns, C4→C5 and C5→C4 in GA class and C2→C4 in NA class. The interview revealed that students thought cognitive and social group awareness played a major role in supporting their collaboration while unexpectedly, the behavioral group awareness was of little use. Finally, pedagogical implications were suggested. Practitioner notesWhat is already known about this topic Successful knowledge construction is regarded essential for both individuals' learning and high‐quality collaboration in CSCL. Since students collaborating in CSCL environments lack necessary perception of peers and the group, they encounter more difficulties in building new knowledge. Some researchers proposed that group awareness might be helpful for students constructing knowledge because it could provide necessary information about group members and the group needed for successful knowledge construction. However, there is little empirical study exploring the effects of group awareness on knowledge construction. What this paper adds Reveal the positive effects of group awareness on knowledge construction by comparing the characteristics and behavior patterns of knowledge construction in GA and NA classes. Indicate the distinct role the three group awareness types play in supporting knowledge construction. Unpack the mechanism of cognitive and social group awareness supporting the knowledge construction. Implications for practice and/or policy Provide a starting place for adopting group awareness to improve learners' knowledge construction in CSCL. Based on the mechanism of group awareness, it might bring new ideas to designers and teachers to develop more kinds of GA tools or to better utilize it in real class. Teachers and curriculum designers may need to design and implement instructional programs to guide students pay equal emphasis on self and group members' participation.

Integrated clinical animal behaviour

Abstract In this paper I outline the drawbacks with the two main behavioural approaches to animal behaviour problems and argue that each alone is insufficient to underpin a field of clinical animal behaviour. Applied ethology offers an interest in an animal’s spontaneous behaviour in natural contexts, understood within an ecological and evolutionary framework but lacks an awareness of mechanisms that can be manipulated to modify the behaviour of individual animals. Behaviourism in the form of Applied Behavior Analysis offers a toolkit of techniques for modifying the behaviour of individual animals, but has seldom been applied to non-human species, and often overlooks phylogenetic aspects of behaviour. Notwithstanding the historical animosities between the two fields of animal behaviour they are philosophically highly compatible — both being empiricist schools stemming ultimately from Darwin’s insights. Though each individually is incomplete, I argue that an integrated approach that synthesizes the strengths of each holds great promise in helping the many animals who need our assistance to survive and thrive in human-dominated environments.

Offline transcranial direct current stimulation improves the ability to perceive crowded targets

The deleterious effect of nearby flankers on target identification in the periphery is known as visual crowding. Studying visual crowding can advance our understanding of the mechanisms of visual awareness and object recognition. Alleviating visual crowding is one of the major ways to improve peripheral vision. The aim of the current study was to examine whether transcranial direct current stimulation (tDCS) was capable of alleviating visual crowding at different visual eccentricities and with different visual tasks. In the present single-blind sham-controlled study, subjects were instructed to perform an orientation discrimination task or a letter identification task with isolated and crowded targets in the periphery, before and after applying 20 minutes of 2 mA anodal tDCS to visual cortex of the hemisphere contralateral or ipsilateral to visual stimuli. Contralateral tDCS significantly alleviated the orientation crowding effect at two different eccentricities and the letter crowding effect. This alleviation was absent after sham or ipsilateral stimulation and could not be fully explained by the performance improvement with the isolated targets. These findings demonstrated that offline tDCS was effective in alleviating visual crowding across different visual eccentricities and tasks, therefore providing a promising way to improve spatial vision rapidly in crowded scenes.

The Motor Unawareness Assessment (MUNA): A new tool for the assessment of Anosognosia for hemiplegia

ABSTRACT Introduction: Anosognosia for hemiplegia (AHP) is a condition in which patients with paralysis are unaware of their motor deficits. Research into AHP is important for improving its treatment and providing insight into the neurocognitive mechanism of motor awareness. Unfortunately, most studies use assessments with widely recognized limitations. The study aims at developing a psychometrically validated assessment of AHP. Method: We developed a 40-item Motor Unawareness Assessment (MUNA) and administered it to 131 right-hemisphere stroke patients. Principal Component Analysis (PCA) was used to identify the underlying factor structure. Receiver Operating Characteristics (ROC) analysis was used to determine diagnostic cutoffs, and Area Under the Curve (AUC) analysis used to assess these cutoffs. Relationships with demographic, clinical and neuropsychological variables were explored. Results: Five factors were identified: explicit motor awareness, implicit motor awareness, impaired sense of ownership, agency and illusory movement, and emotional reactions. Established cutoffs had excellent sensitivity and specificity. Clinical, neuropsychological and demographic variables did not predict overall MUNA score but were related to specific subcomponents. Conclusion: The MUNA can differentiate various facets of AHP and provides a detailed profile of (un)awareness. The MUNA can therefore provide robust assessment for research purposes and assist clinicians when developing targeted rehabilitation.

Supporting Healthy Aging through the Scale-Up, Spread, and Sustainability of Assistive Technology Implementation: A Rapid Realist Review of Participatory Co-Design for Assistive Technology with Older Adults.

Objective: To identify the key mechanisms, contexts, and outcomes that drive the successful participatory co-design of assistive technologies. Method: A rapid realist review was conducted using a systematic search strategy. After screening, a final set of 28 articles were included. Articles were analyzed for evidence relevant to our initial program theory (IPT), and context-mechanism-outcome configurations were developed, resulting in a revised program theory. Results: All 28 articles included were highly relevant to the IPT, and had sufficient detail regarding the process of participatory co-design. The findings of this review highlight several key context-mechanism-outcome configurations as potential patterns in the data under the two dimensions of the evolving program theory: knowledge integration and the ethico-political dimension. Discussion: This review revealed the key mechanisms of mutual awareness, mutual learning, trust, and reciprocity that need to be taken into account in AT development and assessment. We concluded that participatory co-design requires a restructuring of power relations between end-users and those traditionally in control of technology design. These findings inform the development and assessment of AT for older adults and help guide policy/decision-makers to move forward with the now urgent agenda for scale-up and spread, initiated by the burning platform of the COVID-19 pandemic.

Nursing Student's Experiences of Meditation on Twin Hearts During Eight Weeks Practice: A Qualitative Content Analysis.

BackgroundMeditation on Twin Hearts (MTH) involves blessing the earth to alleviate the sufferings, and praying for the well-being of the entire society using heart and crown chakra. This meditation is characterized by mechanisms of loving-kindness, self-healing imagery, and open awareness.PurposeThis study aims to identify the experiences and perceived benefits associated with practicing MTH by nursing students.MethodQualitative method using content analysis was used to study meditation experiences. After obtaining the informed consent, 22 nursing students were introduced to MTH. Experiences and feedback from meditation sessions were reported each day during their 8 week practice. Nursing students also answered seven open-ended questions on the last day of the meditation session.FindingsThe verbatim descriptions of experiences reported by nursing students were abstracted to elements (17), properties (6), and categories (2). Identified properties are positive experiences, experiences of awareness, energy experiences, tangible outcomes, physiological reactions, and feedback on the study program.ConclusionThe experiences narrated by nursing students include positive affective experiences, health benefits, resolution of problem, awareness and energy experiences, and prosocial tendencies. These findings indicate that MTH would enhance the well-being of the nursing students and could be used as a self-care measure.

МЕХАНИЗМ ОСОЗНАНИЯ ЖИЗНЕННЫХ СМЫСЛОВ В СВЕТЕ КУЛЬТУРНО-ДЕЯТЕЛЬНОСТНОГО ПОДХОДА

In modern psychological literature, the term “awareness” is largely undefined. All possible philological epithets are applied to it. This is and understanding, and recognition, and clarification, and discretion, etc. These epithets are not concepts that would reflect the essence of the phenomenon, its mechanism, but rather interchangeable terms of everyday language, reflecting the procedural aspect of consciousness. One of the evidence of the conceptual lack of development of the term “awareness” is the fact that it is completely absent in well-known psychoanalytic dictionaries. In philosophical and general psychological dictionaries, it is given an extremely vague meaning. Despite the widespread use of it, the question does not lose its acuteness: what exactly is the awareness of the unconscious, how does it unfold, and in what terms can we recreate the mechanism of its construction? If we generalize the understanding of awareness, which is implied by various psychoanalytically oriented authors, then it can be reduced to the following definitions. First, awareness is the process of verbalization of unconscious personal meanings and their integration into consciousness. Second, awareness is the thinking aimed at summarizing the disparate elements of experience and combining them into a holistic structure that gives the experience internal coherence and causal validity. Two designated definitions of awareness are associated with two ontological dimensions of dialogue: a) “I am for Myself”; b) "I am for the Other." If we break into two independent parts the dialogical unit of «I for Myself» / «I for the Other», then it turns out that awareness in its phenomenological aspect naturalizes and loses the constructive-analytical element, which, in turn, being placed on the pole of the Other, is alienated from the living phenomenological basis personal experience, as a result of which the identity of the conscious is deprived of “free self-revelation”. Our point of view, the indicated gap is bridged within the framework of the cultural-activity methodology, in the context of which awareness can be viewed as a reflective activity developing in the dialogue that constructs life meanings, indirectly by key-symbolic formations. Based on this theoretical position and analysis of empirical material that reflects the process of dream analysis during psychological counseling, a reconstruction of the mechanism of awareness is carried out. It consists in replacing the real life situation with its key-symbolic referents, the operation of which allows to generalize and separate the life meaning of the situation from the life situation itself and indirectly by the transcendental position of the Other (in the common sense), to transfer the meaning extracted from the dream to the life situation, using it as a means critical reevaluation of the existing structure of life meanings and the construction of a new structure, presented in the form of a matrix of rational action (new conscious a way of building relationships with oneself and the outside world).