It's a brain map that represent a pinky brain with highlighted areas. Neurological Map of Cognitive and Emotional Independence. A professional medical illustration of the human brain in both lateral (side) and sagittal (cross-section) views, specifically color-coded to show the "Resistance Circuit" involved in maintaining autonomy against manipulation and psychopathic influence. Key Anatomical Regions and Labels: Red (Prefrontal Cortex / PFC): Located at the front of the brain. Labeled as the "Command Center" for executive function and logical reasoning. Blue (Dorsomedial Prefrontal Cortex / dmPFC): Located in the upper-middle PFC. Labeled for tracking social discrepancies and maintaining independent opinion. Yellow (Anterior Insula): Deep within the lateral sulcus. Labeled as the "Gut Instinct" and social boundary detector (the "Cringe" response). Green (Amygdala): A small almond-shaped structure in the temporal lobe. Labeled for emotional response and social signal processing. Purple (Anterior Cingulate Cortex / ACC): Located on the inner surface. Labeled for conflict resolution between logic and emotion. Functional Visuals: The Link: Large green double-headed arrows indicate "Strong Functional Connectivity" between the PFC (Logic) and the Amygdala (Emotion), illustrating a regulated emotional state. The Guide: A sidebar table summarizes the "Functional Map Guide," matching the colors to their cognitive roles. Practical Application: A bottom-right panel titled "How to Use the Map" provides cognitive prompts for each region, such as "Red: Ask 'Is it factually true?'" and "Yellow: Pay attention to boundaries (chest tightness)." Academic Context: The image serves as a pedagogical tool for understanding how neuroplasticity and connectivity in the frontal and temporal lobes contribute to psychological resilience.

Curious insights to some general queries for comparisons when thinking about toxic human relationships and brain circuits to be trained and protected. #Resolving
#NeuroCovid-19 #Neuroinflammation #Neuroplasticity
@academicabuse.com, @mindasmulheres.bsky.social.
doi.org/10.1016/j.jp...

When it's your turn, it's your turn. Nothing can be done. #Facing that, and #resolving it now, is a good idea. It makes that #transition better. We do need to talk and think about these things. There is no hiding inside of the #eggshell. You will pop out sometime. Thank #God for that right? Do that.

A minimally deterministic finite state machine, equivalent to the regular expression (resolute)+|(resources?)+|(resolv(ing)?)+

#resolute #resources #resolving

And let me be very clear. I don't #villianize #technology. I do that with #motives. Wrote enough code to know what things can do & what they should do.
Technology #deployed with motive of #resolving #human #suffering w/o limitation within the prison of #renumeration #technology would be amazing!!

Resolving Common Issues and Advanced Troubleshooting in Linux Linux systems may encounter various issues and errors during operation, ranging from simple configuration problems to complex system failures. This tutorial will explore comm...

Resolving Common Issues and Advanced Troubleshooting in Linux #Resolving #Common #Issues #Advanced #Troubleshooting #Linux #Network #Package #Performance #Logs #Diagnostic #Kernel

Resolve important matters in our waking hours to avoid an uneasy sleep

Prioritize #resolving challenges during our waking hours to ensure a peaceful #rest #mentally and emotionally. The #tranquility experienced during our #sleep improves our performance capabilities.

Pimp your DNS! Bei einem Consultingkunden hatte ich eine interessante Aufgabenstellung zu lösen: „Jedes Mal wenn die Domänencontroller geplant nacheinander durchgestartet werden führt das dazu, dass die Hosts im Monitoring (Icinga) kurzzeitig nicht erreichbar sind“. Auf die Frage warum die Domänencontroller regelmäßig durchgestartet werden möchte ich übrigens nicht näher eingehen 😉 Nach etwas Recherche hat sich dann herausgestellt dass das Problem aller Wahrscheinlichkeit nach am DNS liegt. Dazu sollte man wissen das die DNS-Auflösung über das sog. Resolver Configuration File die Datei „/etc/resolv.conf“ bei mehreren Einträgen sequenziell läuft. D.h. das immer versucht wird über den zuerst eingetragen Nameserver aufzulösen, sollte das nicht funktionieren wird nach Erreichen des Timeouts (standardmäßig 5s) der nächste Eintrag probiert usw. Was also tun? Den herkömmlichen Mechanismus zur DNS-Auflösung einfach ersetzen! Eine elegante und einfach zu installierende Alternative ist dnsmasq. Das Tool bietet zwar noch ein paar weitere Möglichkeiten, in meinem Fall reicht es aber schon aus das dnsmasq die Nameserver parallel befrägt (all-servers) und den nimmt, der am schnellsten antwortet. Am Beispiel von CentOS 7 lässt sich dnsmasq als Plugin über den Network Manager aktivieren. Dazu hinterlegen wir zuerst einmal die Hauptkonfiguration von dnsmasq in der Datei „/etc/NetworkManager/dnsmasq.d/dnsmasq.conf“: resolv-file=/etc/resolv.dnsmasq all-servers interface=lo bind-interfaces cache-size=0 Danach übertragen wir die beispielhaften […]

Pimp your DNS!#auflösung #dns #dnsmasq #nameserver #resolving #speed

buff.ly/2ZRud9X

Having trouble #resolving seemingly opposing #leadership advice from @ToddWhitaker and @patricklencioni; more #reflection is here required