## Morning Pages November went by really fast. My perception of a whole-ass month was really fast. If months go by like that, I’ll be 30 in no time. Time is really fucking speeding by and I’m just here strapped for the whiplash. Maybe I’ll be 35 without really doing anything significant. Hopefully not. 3:20AM: Done setting up new journals and trackers. Took me about 2 hours, I think. ### **Cognitive/Behavioral Training JOURNAL** 🏅 These exercises engage and strengthen DLPFC and ACC: ### **A. DLPFC (planning, impulse control, working memory)** **Working memory training**: Dual n-back, digit span, or complex memory tasks. **Goal-setting & planning tasks**: Break your day into structured blocks; explicitly decide “if X happens, I will do Y.” **Delay of gratification exercises**: Consciously resist small temptations (e.g., don’t check your phone for 10–15 min while working). ### **B. ACC (conflict monitoring, error detection, effort signaling)** **Error awareness drills**: Do tasks where you intentionally challenge yourself and reflect on mistakes (like timed logic puzzles or coding exercises). **Mindful conflict monitoring**: Notice internal signals of resistance, boredom, or urge to quit—label them instead of acting. **Adaptive stress tasks**: Short bursts of discomfort or challenge (cold exposure, fasted workouts, brief mental strain) while maintaining attention to task. ### **2. Habit & Behavioral Techniques** **Incremental exposure**: Start with small, unpleasant tasks and gradually increase difficulty. **Implementation intentions**: “If I feel like quitting, I will do X for 5 more minutes.” **Consistency over intensity**: Neural strengthening is cumulative, like progressive resistance training. ### **3. Neurochemical & Physiological Support** **Dopamine regulation**: Novel or rewarding aspects of tasks improve DLPFC engagement. **Adequate sleep**: PFC and ACC are highly sensitive to sleep deprivation. **Nutrition**: Glucose fuels the PFC; omega-3s and antioxidants support structural integrity. **Exercise**: Aerobic activity and HIIT increase BDNF, improving neuroplasticity in PFC circuits. ### **4. “Dual Training” Strategy** You can combine mental and physical training for maximal effect: **Cognitive load under mild stress**: Do working memory tasks immediately after HIIT or under mild time pressure. **Conflict + reward**: Do an unpleasant task (resistance training, difficult study) while tracking progress/reward. **Mindful reflection**: After completing a task you didn’t want to do, journal what triggered resistance and how you overcame it—this reinforces ACC signaling and DLPFC control. ### **Bottom line** ✅ **DLPFC**: Boost with working memory, planning, impulse-resistance exercises. **ACC**: Boost with conflict awareness, error monitoring, and mindful discomfort exposure. Combine with **habit formation, proper sleep, exercise, and dopamine-friendly rewards** for neuroplastic gains. ## **8-3-7 RULE: CHECK FATIGUE AND ENERGY LEVELS & WEIGHT** The main functional components of the basal ganglia include the [striatum](https://en.wikipedia.org/wiki/Striatum), consisting of both the [dorsal striatum](https://en.wikipedia.org/wiki/Dorsal_striatum) ([caudate nucleus](https://en.wikipedia.org/wiki/Caudate_nucleus) and [putamen](https://en.wikipedia.org/wiki/Putamen)) and the [ventral striatum](https://en.wikipedia.org/wiki/Ventral_striatum) ([nucleus accumbens](https://en.wikipedia.org/wiki/Nucleus_accumbens) and [olfactory tubercle](https://en.wikipedia.org/wiki/Olfactory_tubercle)), the [globus pallidus](https://en.wikipedia.org/wiki/Globus_pallidus), the [ventral pallidum](https://en.wikipedia.org/wiki/Ventral_pallidum), the [substantia nigra](https://en.wikipedia.org/wiki/Substantia_nigra), and the [subthalamic nucleus](https://en.wikipedia.org/wiki/Subthalamic_nucleus). ## **2. Lifestyle Interventions With Strong Effects on Processing Speed** These are _actually validated_ to alter cortical activation levels and cognitive tempo. ### **A. High-Intensity Interval Training (HIIT) – 10–20 minutes** This is _the strongest natural booster of brain activation_. Benefits: increases BDNF upregulates dopamine & norepinephrine improves processing speed within 10–30 minutes raises internal energy baseline over time You’re already planning HIIT + memory work — this is exactly aligned with what research shows helps hypoactivation. ### **1. Key Brain Regions Involved** Willpower relies on executive control and self-regulation, primarily handled by the **prefrontal cortex (PFC)**: **Dorsolateral Prefrontal Cortex (DLPFC)**: Critical for planning, decision-making, and overriding impulses. **Anterior Cingulate Cortex (ACC)**: Monitors conflict—like wanting to procrastinate vs. knowing you should act—and signals the PFC to exert control. **Orbitofrontal Cortex (OFC)**: Evaluates rewards and punishments, helps weigh short-term vs. long-term gains. **Insula**: Registers discomfort, fatigue, or negative feelings associated with a task, giving you “body awareness” that informs choices. **Basal Ganglia (striatum)**: Involved in forming habits, so repeated actions eventually require less conscious effort. ### **Why One Month Often Isn’t Enough** Common myth: habits form in 21 days. Reality: **it takes an average of 66 days for a simple habit to feel automatic** (Lally et al., 2009). Complexity matters: a new habit that requires self-control or disrupts old routines is **much slower to consolidate**. Dopamine prediction errors: if the reward isn’t immediate or strong enough, your brain may **fail to learn the cue→action→reward loop** effectively. ## **66 FUCKING DAYS = 3 months of solid effort. It’s a battle.** IDENTITY MISALIGNMENT CAUSING STRESS AND FRICTION I am a winner. I got published in Clarkesworld, I won Garden Party Collective Contest I am creative and capable. See: 2 months of surprising effort and creative brainstorming I finish things on time. I finished Clarion West app and literature review 5k words in 14 hours. ### **Mental Illness & Neurochemical Friction** Mental illness changes the loop in multiple ways: |**Problem**|**Brain/Chemical Effect**|**Habit Consequence**| |---|---|---| |Depression / Anhedonia|Blunted dopamine in striatum|Reward feels weaker → less learning reinforcement| |Anxiety / Hypervigilance|Amygdala overactive|PFC suppressed → conscious effort feels exhausting| |ADHD / Executive dysfunction|PFC circuits underactive|Initiation fails; action relies on motivation, not automation| |Chronic stress|Cortisol → PFC weakening|Reduces working memory, increases friction| |Fatigue / low energy|Reduced glutamate + dopamine|Physical and mental effort for habit higher| The result: cue → craving → action → reward loop is slower to solidify. A month of effort might feel like nothing is sticking. ### **1. Motivation vs. Reward** In high school, your motivation didn’t come primarily from **immediate rewards**. It came from **identity and character alignment**: your “self” was so tightly coupled with school discipline that **acting in line with that self was automatic**. Your brain didn’t need dopamine spikes for every micro-task because your **internal narrative and past reinforcement made action feel self-evident**. In other words: your **PFC and basal ganglia circuits were tuned to execute behaviors that fit your identity**—reward wasn’t the driver; consistency with “you” was. ### **2. The Role of Delayed Gratification** Being able to delay gratification is closely tied to **prefrontal cortex function and self-identity integration**. High school you had a “prefrontal scaffolding”: Strong identity (“I am a disciplined student”) Structured environment (school schedule, social isolation, external expectations) Past history of success (reinforcement from repeated 1st honors) This allowed your PFC to **override short-term desire for immediate pleasure** effortlessly. Now: Identity alignment has weakened: you no longer inhabit the same “character.” Your PFC might still want the big-picture goals, but **micro-tasks feel arbitrary** because they don’t have immediate significance or identity reinforcement. This produces a **disconnect**: you consciously desire distant rewards, but unconsciously your brain **doesn’t see the mundane steps as meaningful or “worth it”**. ### **3. Why Your Brain “Doesn’t Care” Now** A few neuropsychological points explain the disconnect: **Reduced striatal dopamine sensitivity** Mental illness, stress, and chronic fatigue can dull **dopamine response**. Without dopamine spikes, micro-tasks (the “small wins”) feel unrewarding—even if you intellectually value them. **Executive overload & PFC fatigue** Following through on small habits now **relies more on conscious effort** than automaticity. If your PFC is taxed by stress, sleep deprivation, or residual symptoms, micro-task execution feels heavy. **Identity drift** Your old character was **pre-wired to care about small tasks**. Now, even if you “want” long-term outcomes, your identity doesn’t reinforce the routine behaviors that lead there. **Temporal discounting mismatch** High school you could “see” the importance of small, delayed outcomes intuitively. Now, the brain undervalues distant goals relative to immediate effort cost: small actions feel **disproportionately costly** compared to the reward. ### **4. Why This Feels So Subjectively Strange** You want the big goal, but **your unconscious valuation system doesn’t assign worth to the small steps**, even though your conscious mind does. This creates **cognitive dissonance**: “I really want X, but I can’t bring myself to do Y.” In high school, this dissonance didn’t exist—your character automatically “bridged the gap” between intention and action. ### **5. Practical Takeaways** **Identity reconstruction**: re-anchor micro-tasks to “who you are” now. Example: “I am the kind of person who consistently shows up, no matter how boring the task.” **Immediate micro-rewards**: even tiny dopamine signals (checklists, habit streaks, brief pleasurable cues) help bridge the gap. **Automation scaffolding**: reduce conscious friction through environment and routine. **Mindset awareness**: recognize the disconnect isn’t a failure—it’s **neurochemical and identity misalignment**, which can be worked with rather than fought blindly. ### **. Brain Areas Driving Cheap Pleasure** ### **A. Nucleus Accumbens (Ventral Striatum)** The core of the **brain’s reward system**. Responds strongly to immediate, easy pleasures (sugar, social media, novelty). Releases **dopamine** rapidly, creating craving and reinforcement. ### **B. Ventral Tegmental Area (VTA)** Dopamine source for reward circuitry. Signals “this feels good, do it again” to nucleus accumbens. ### **C. Amygdala** Encodes emotional salience and fear/reward associations. Amplifies the appeal of instantly gratifying stimuli. ### **2. Brain Areas That Can Suppress It** **Dorsolateral Prefrontal Cortex (DLPFC):** Inhibits impulses, plans, and strategizes. **Anterior Cingulate Cortex (ACC):** Detects conflict between short-term desire and long-term goals. **Orbitofrontal Cortex (OFC):** Evaluates long-term reward vs. immediate reward. _When you “give in,” these prefrontal circuits are being overridden by the more primitive limbic system._ ### **3. How to Suppress Cheap Dopamine Urges** ### **A. Prefrontal Strengthening** **Delay tactics:** Force yourself to wait 1–5 minutes before indulging. **If-then plans:** “If I feel the urge to scroll, I’ll do 10 push-ups instead.” **Working memory & planning:** N-back, mental arithmetic, or visualization exercises strengthen DLPFC control. ### **B. Reduce Trigger Exposure** Out of sight = out of mind. Remove social media apps, snacks, or other triggers from immediate reach. Environment matters because limbic circuits respond to cues automatically. ### **C. Mindful Awareness** Pause and label the urge: _“This is my brain chasing instant pleasure.”_ Simply noticing the impulse without acting engages ACC, creating top-down control. ### **D. Replace Cheap Dopamine with “Healthy Dopamine”** Short bursts of exercise, challenging puzzles, learning, cold exposure, or deep social connection can give dopamine reward without reinforcing weak-willed behaviors. These activate the same reward circuits but in combination with prefrontal engagement, strengthening control. ### **E. Neurochemical Support** Adequate sleep, protein/glucose, and moderate caffeine can enhance DLPFC function. Over-relying on instant gratification fatigues prefrontal circuits, making giving in easier. ✅ **Bottom line:** You’re giving in because your **limbic system (nucleus accumbens, VTA, amygdala)** is overpowering the **DLPFC/ACC**. Suppression is not about “willpower alone”—it’s about **training your prefrontal circuits, avoiding triggers, and substituting healthy reward pathways**. CHEAP DOPAMINE = THE MOST RAPID RELEASER OVERRIDING NATURAL HIGH OF HARD EFFORT TASKS ## REMINDERS: # **66 FUCKING DAYS = 3 months of solid effort. It’s a battle.** # **8-3-7 RULE: CHECK FATIGUE AND ENERGY LEVELS & WEIGHT**