@xt17l3: #محرم الحرام #اخير ليله خلصت يا حرامات #هيئه أبي الفضل العباس (ع)

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Friday 10 July 2026 21:12:53 GMT
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user469462929671
محمد هاشم السعيدي :
اااه يـــــــــــا زيــــــنب 😥
2026-07-11 11:16:29
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user235438185
كرار الصالحي :
💔💔
2026-07-11 09:32:09
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usernff6vgmn01
حـســــام الـمــجــــرووح💔 🏹 :
💔💔💔
2026-07-10 22:36:32
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7.mo_7
محمد ال حمود  :
❤️
2026-07-11 08:01:19
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Dopamine is not the enemy, the problem is where you get it. This is the most misunderstood part of motivation science. Dopamine does not create pleasure itself, it drives the seeking of reward, which is why researcher Kent Berridge distinguishes between wanting and liking in the brain, two separate systems that often get confused. The issue is never the chemical, its which behaviors you have trained it to chase. Switch scrolling for sunlight. Light exposure regulates circadian rhythm through the suprachiasmatic nucleus, and morning sunlight specifically has been shown to increase daytime alertness and stabilize mood by anchoring melatonin release later that night. Scrolling gives a dopamine spike with no biological payoff. Sunlight gives a smaller spike with a real one. Switch drinking for lifting. Alcohol produces a fast dopamine release followed by a depletion effect, leaving baseline mood lower afterward, a pattern well documented in addiction neuroscience. Resistance training produces a slower dopamine and endorphin response but one that compounds, improving baseline mood over weeks rather than crashing it within hours. Switch late nights for early mornings. Sleep researcher Matthew Walker has shown that consistent sleep timing matters as much as total sleep duration for cognitive function and emotional regulation, and early rising tends to align more naturally with circadian biology than late night stimulation cycles. Switch netflix for running. Passive consumption activates the brains default mode network, associated with rumination and low arousal reward. Running activates the same dopamine reward pathway through effort and built in resistance, the model behind what cognitive scientists call earned reward, where the dopamine hit reinforces the behavior that produced it instead of just numbing time. Switch gaming for business. Games are engineered by designers using variable reward schedules, the exact same mechanism B.F. Skinner identified in operant conditioning research, optimized purely to maximize engagement with zero requirement for real world output. Building something redirects that identical reward circuitry toward outcomes that actually compound in your life. Switch lust for connection. Helen Fisher research on the neuroscience of attachment found that oxytocin and vasopressin, released during genuine bonding, create lasting neural reward that dopamine driven novelty seeking cannot replicate, since novelty reward fades with habituation while attachment reward deepens with repetition. Switch consuming for creating. Mihaly Csikszentmihalyi research on flow states found that the deepest reward state humans experience comes from active creation matched to skill level, not from passive intake, which is why consuming content rarely produces the satisfaction that making something does, even something small. Switch comfort for challenge. The brain releases dopamine in anticipation of reward, not just on receiving it, and Csikszentmihalyi flow research again shows this anticipatory dopamine peaks during challenges slightly above current skill level, never in comfort zones where there is nothing left to anticipate. Seek the dopamine that makes you stronger. Every behavior on this list activates the same neurochemical pathway, the only variable is whether the behavior compounds or depletes you afterward. That is the entire difference between a habit that builds a life and one that quietly empties it. 🙏
Dopamine is not the enemy, the problem is where you get it. This is the most misunderstood part of motivation science. Dopamine does not create pleasure itself, it drives the seeking of reward, which is why researcher Kent Berridge distinguishes between wanting and liking in the brain, two separate systems that often get confused. The issue is never the chemical, its which behaviors you have trained it to chase. Switch scrolling for sunlight. Light exposure regulates circadian rhythm through the suprachiasmatic nucleus, and morning sunlight specifically has been shown to increase daytime alertness and stabilize mood by anchoring melatonin release later that night. Scrolling gives a dopamine spike with no biological payoff. Sunlight gives a smaller spike with a real one. Switch drinking for lifting. Alcohol produces a fast dopamine release followed by a depletion effect, leaving baseline mood lower afterward, a pattern well documented in addiction neuroscience. Resistance training produces a slower dopamine and endorphin response but one that compounds, improving baseline mood over weeks rather than crashing it within hours. Switch late nights for early mornings. Sleep researcher Matthew Walker has shown that consistent sleep timing matters as much as total sleep duration for cognitive function and emotional regulation, and early rising tends to align more naturally with circadian biology than late night stimulation cycles. Switch netflix for running. Passive consumption activates the brains default mode network, associated with rumination and low arousal reward. Running activates the same dopamine reward pathway through effort and built in resistance, the model behind what cognitive scientists call earned reward, where the dopamine hit reinforces the behavior that produced it instead of just numbing time. Switch gaming for business. Games are engineered by designers using variable reward schedules, the exact same mechanism B.F. Skinner identified in operant conditioning research, optimized purely to maximize engagement with zero requirement for real world output. Building something redirects that identical reward circuitry toward outcomes that actually compound in your life. Switch lust for connection. Helen Fisher research on the neuroscience of attachment found that oxytocin and vasopressin, released during genuine bonding, create lasting neural reward that dopamine driven novelty seeking cannot replicate, since novelty reward fades with habituation while attachment reward deepens with repetition. Switch consuming for creating. Mihaly Csikszentmihalyi research on flow states found that the deepest reward state humans experience comes from active creation matched to skill level, not from passive intake, which is why consuming content rarely produces the satisfaction that making something does, even something small. Switch comfort for challenge. The brain releases dopamine in anticipation of reward, not just on receiving it, and Csikszentmihalyi flow research again shows this anticipatory dopamine peaks during challenges slightly above current skill level, never in comfort zones where there is nothing left to anticipate. Seek the dopamine that makes you stronger. Every behavior on this list activates the same neurochemical pathway, the only variable is whether the behavior compounds or depletes you afterward. That is the entire difference between a habit that builds a life and one that quietly empties it. 🙏

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