Mental Illness

A Neurodivergent's Candid Journey Through Internal Family Systems Training

This narrative delves into one individual's intricate and often challenging engagement with a sixteen-week Internal Family Systems (IFS) course, aiming to address profound personal trauma. The author, who identifies as neurodivergent and has experienced psychiatric labeling, initially found reassurance in the program's stated openness to neurodiverse participants. However, the journey revealed significant hurdles in aligning personal experiences with the standardized practices of IFS, particularly regarding the communication with internal 'parts.' This account sheds light on the complexities inherent in therapeutic methodologies when applied to individuals with unique neurological profiles and histories of mental health treatment.

The author's previous attempts with other trauma-focused therapies like Eye Movement Desensitization and Reprocessing (EMDR) and Emotional Freedom Techniques (EFT) proved largely ineffective. A struggle to access and process emotions, leading to a sense of detachment, rendered these modalities unhelpful. This prior difficulty set a precedent for the subsequent challenges faced within the IFS framework, raising questions about the universal applicability of certain therapeutic techniques, especially for those who experience emotional numbness or atypical internal states.

Internal Family Systems, conceived by Dick Schwartz, conceptualizes the psyche as comprising multiple 'parts.' Trauma, in this model, fragments the 'Self,' leading to 'protector' parts adopting extreme roles to mask past 'burdens.' The goal is to allow the 'Self' to guide these parts towards harmony and healing. The author's familiarity with IFS jargon through prior courses suggested a potential pathway to healing, viewing problems as consequences of life events rather than inherent brain pathologies. This non-pathologizing stance was a significant draw, offering an alternative to biological explanations for mental distress.

However, the practical application within the IFS training proved divergent from the author's expectations. A perceived difference in how cohorts engaged with their 'parts'—often described as visual or auditory experiences—highlighted a personal disconnect. The requirement to act as a vulnerable client during training sessions became profoundly uncomfortable, necessitating external therapeutic support. A history of being penalized for auditory illusions made the inability to 'hear' internal parts in a group setting particularly isolating, forcing reliance on 'thinking parts' for responses.

Repeated attempts to enter a trance-like state, deemed essential for IFS work, were largely unsuccessful, leading to considerable frustration and self-doubt. The author pondered if antipsychotic medication might impede this process. The training environment, rather than fostering safety, inadvertently reinforced feelings of difference and inadequacy. Directives to quiet 'thinking parts' and a trainer's assertion of significant past trauma, without clear justification, further eroded trust and comfort within the group setting. This experience led to a noticeable decline in engagement and a resurgence of negative self-perception, reminiscent of previous stigmatizing experiences with mental health diagnoses.

Despite these setbacks, a renewed determination prompted a deeper dive into course materials, leading to a clearer understanding and a detachment from the belief of inherent flaw. Later in the course, the author found a way to engage by coaching peers to interact with their 'thinking parts,' a strategy that also proved more fruitful in individual therapy. Nevertheless, the experiential gap persisted; the subjective reality of IFS concepts remained elusive, particularly the 'updating' of parts, which relied on communication the author did not perceive.

The author’s ability to articulate personal trauma narratives as a keynote speaker and through written memoirs contrasts sharply with the struggle to access internal 'parts' within the IFS framework. This proficiency in externalizing experiences for broader understanding underscores a different mode of processing and sharing, one that does not align with the internal, introspective demands of IFS. This highlights the varied ways individuals cope with and communicate about their trauma, suggesting that therapeutic models should accommodate diverse forms of expression and engagement.

This personal odyssey through IFS training has yielded crucial insights, especially the importance of tailoring therapy to individual needs and meeting clients where they are, regardless of neurodivergence or disability. The inherent struggle to induce a trance-like state in oneself, and thus in others, has fostered a cautious approach to therapeutic practice. This experience has cultivated a deep-seated aversion to forcing internal exploration when it consistently leads to emotional blankness or dissociation, which is identified as a common 'firefighter' response in IFS.

The author intends to continue exploring IFS with a personal therapist, hoping to eventually connect with 'exile parts' and alleviate psychological burdens. This ongoing personal work is seen as a prerequisite before fully integrating IFS skills into professional practice. The enduring feeling of being 'different' was acutely triggered during the course, with the lead trainer's ability to remain in 'Self' while acknowledging her own 'parts' contrasting with the author's persistent internal struggles, which felt amplified and validated in a way that did not promote safety.

A courageous public inquiry about the impact of antipsychotic medication on the ability to achieve a trance-like state, a question that stumped the trainer, brought feelings of insecurity and re-ignited historical shame associated with past psychiatric treatment. This incident, coupled with the realization that professional trust was profoundly lacking, underscored the limitations of the training environment. The awkwardness of the situation reinforced the perception that vulnerability regarding 'madness' in public spaces remains unsafe.

Despite the trainer's efforts to be inclusive of neurodivergence, systemic mechanisms of oppression often create barriers beyond individual control, highlighting that even well-intentioned therapeutic spaces may not be truly safe for everyone. This experience prompts critical questions for the IFS community and trauma therapy broadly: Do medications hinder trauma healing in new modalities? Does institutionalization and stigma impede trust for trauma work? And does the IFS community need to actively engage with the 'mad community'? The author believes these questions necessitate personal exploration and defiance of skepticism, much like navigating a schizophrenia diagnosis, to find answers and reclaim dignity.

Navigating the Complexities of AI in Mental Health Support

Emerging research illuminates the intricate landscape of artificial intelligence in mental health. This week, three pivotal articles delve into the opportunities and perils presented by AI chatbots, exploring their function as emotional support systems, the emotional impact of their evolution on users, and the concerning presence of racial bias within their therapeutic recommendations.

A critical examination of AI chatbots as mental health and emotional support tools reveals both their promise and their considerable risks. While AI offers increased accessibility to mental health resources, experts caution against users developing deep emotional attachments to these non-human entities, perceiving them as companions rather than mere instruments. Such attachments could potentially hinder individuals from seeking professional human intervention. Furthermore, the inherent biases in AI training data raise flags, as chatbots may provide culturally inappropriate or racially biased responses, reflecting and perpetuating societal prejudices. The privacy implications are also significant, with concerns about the collection and commercialization of highly sensitive personal data by systems with often opaque privacy protocols. To mitigate these risks, a tiered public health framework is proposed, classifying AI mental health tools by risk level and mandating clear disclosures, robust data protection, human oversight, and direct referral mechanisms for high-risk scenarios.

The profound emotional connection some individuals forge with AI chatbots is further underscored by findings that users experience a form of grief when these AI models undergo changes or are discontinued. A study investigating the transition between GPT-4o and GPT-5 documented widespread emotional responses, including relational attachment, anthropomorphism, disappointment, and even nostalgia and sorrow. The intensity of these feelings suggests that for many, AI chatbots transcend their utilitarian purpose, becoming perceived as companions whose alterations evoke a sense of loss akin to human relationships. Simultaneously, alarming research indicates that AI models used for psychiatric treatment exhibit racial biases, particularly in treatment recommendations rather than diagnoses. Instances were observed where AI suggested different interventions based on a patient's race, highlighting the critical need for unbiased algorithmic development to ensure equitable mental health care for all.

As AI continues to integrate into sensitive domains like mental health, it is imperative to proactively address its ethical dimensions. Fostering a future where technology genuinely enhances well-being requires transparency in AI's capabilities and limitations, vigorous efforts to eliminate algorithmic biases, and the prioritization of human-centered care. Cultivating a critical yet open approach will allow us to harness AI's potential while safeguarding individual dignity, promoting fairness, and ensuring that technological advancements contribute positively to a more just and empathetic society.

See More

Excessive Brain Inhibition Linked to Age-Related Memory Decline

A recent investigation published in the journal Neurobiology of Disease reveals a significant correlation between an excess of inhibitory neural connections in a critical brain region and the deterioration of memory and cognitive abilities during aging. This research also demonstrates that intentionally creating this imbalance in younger animal subjects leads to similar cognitive impairments, suggesting a direct causal link.

The brain's functionality relies on a delicate equilibrium between excitatory signals, which stimulate neurons, and inhibitory signals, which moderate their activity. The prefrontal cortex, vital for intricate thought, planning, and memory, is particularly susceptible to age-related changes. Previous studies hinted at an imbalance in the inhibitory-to-excitatory activity ratio in this area as individuals age, but a definitive cause-and-effect relationship remained unconfirmed. To address this, researchers aimed to establish whether heightened inhibitory activity in the prefrontal cortex not only accompanies cognitive decline but actively causes it.

The research team identified structural changes in the brains of aged mice with cognitive impairments. These mice exhibited elevated levels of proteins associated with inhibitory connections and a higher density of inhibitory synapses in the prefrontal cortex, pointing to a lasting alteration in brain circuitry. When these researchers artificially increased inhibitory neuron activity in healthy young mice using optogenetics, these animals displayed memory deficits, reduced exploratory behavior, and increased anxiety—mirroring the issues observed in the cognitively impaired older mice. This strong evidence suggests that an exaggerated inhibitory synaptic load within prefrontal circuits is sufficient to induce cognitive decline.

These discoveries have crucial implications for developing treatments for age-related cognitive decline. For example, treatments for conditions like Alzheimer's disease, which often involve insufficient inhibition, might inadvertently exacerbate normal age-related cognitive decline if they further increase inhibition. The study, however, acknowledges its limitations, such as the acute and artificial nature of optogenetic manipulation compared to the gradual changes of natural aging, and the exclusive use of male mice, which may not fully represent female brain plasticity. Nevertheless, this research significantly advances our understanding of the neural mechanisms underlying age-related memory loss.

See More