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It’s not that people today can’t feel love. It’s more that the brain’s reward system is being pushed in a way that makes love harder to perceive and sustain.
At the center of this is dopamine, a neurotransmitter involved in reward prediction, motivation, and reinforcement learning. Dopamine is released along the mesolimbic pathway ; especially from the ventral tegmental area (VTA) to the nucleus accumbens when something is novel, rewarding, or uncertain.
Modern stimuli (social media, fast entertainment, porn ) repeatedly activate this pathway. They produce frequent, high-amplitude dopamine spikes, often through variable reward schedules (unpredictable likes, new content, etc.), which are known to strongly reinforce behavior.
Over time, the brain adapts through homeostatic mechanisms:
Downregulation of dopamine D2 receptors in the striatum
Reduced sensitivity of the reward system
Lower baseline dopamine tone
This is similar to what’s observed in behavioral addictions. The result is a higher reward threshold: you need more stimulation to feel the same level of motivation or pleasure.
Now compare that to love.
Early-stage attraction does involve dopamine (novelty, pursuit), but long-term attachment relies more on:
Oxytocin (produced in the hypothalamus, released via the posterior pituitary): bonding, trust, social memory
Vasopressin: pair-bonding, especially in long-term attachment
Interactions with the prefrontal cortex (valuation, decision-making) and amygdala (emotional salience)
These systems produce a more stable, lower-intensity signal compared to dopamine spikes.
When the dopaminergic system is desensitized, these subtler signals can feel insufficient. So even if oxytocin-mediated bonding is present, it may not subjectively register as “strong feeling.”
There’s also a cognitive component. The prefrontal cortex is constantly exposed to alternative options (via apps, media doom scrolling...) , which maintains a state of reward anticipation rather than reward consolidation. This keeps the brain in a “seeking” mode rather than a “bonding” mode just cause it's easier .
In parallel, frequent switching between stimuli affects attentional networks (especially frontoparietal circuits), reducing the ability to sustain focus. Since emotional bonding requires repeated, attentive interactions, reduced attentional stability can weaken attachment formation.
So the issue is not a loss of capacity for love, but a mismatch between:
a desensitized dopaminergic reward system
and the slower neurochemistry of attachment (oxytocin, vasopressin)
To sumurize : chronic overstimulation raises the brain’s reward baseline, making the quieter, more stable signals of real human connection harder to detect and feel as rewarding.
It’s not that people today can’t feel love. It’s more that the brain’s reward system is being pushed in a way that makes love harder to perceive and sustain.
At the center of this is dopamine, a neurotransmitter involved in reward prediction, motivation, and reinforcement learning. Dopamine is released along the mesolimbic pathway ; especially from the ventral tegmental area (VTA) to the nucleus accumbens when something is novel, rewarding, or uncertain.
Modern stimuli (social media, fast entertainment, porn ) repeatedly activate this pathway. They produce frequent, high-amplitude dopamine spikes, often through variable reward schedules (unpredictable likes, new content, etc.), which are known to strongly reinforce behavior.
Over time, the brain adapts through homeostatic mechanisms:
Downregulation of dopamine D2 receptors in the striatum
Reduced sensitivity of the reward system
Lower baseline dopamine tone
This is similar to what’s observed in behavioral addictions. The result is a higher reward threshold: you need more stimulation to feel the same level of motivation or pleasure.
Now compare that to love.
Early-stage attraction does involve dopamine (novelty, pursuit), but long-term attachment relies more on:
Oxytocin (produced in the hypothalamus, released via the posterior pituitary): bonding, trust, social memory
Vasopressin: pair-bonding, especially in long-term attachment
Interactions with the prefrontal cortex (valuation, decision-making) and amygdala (emotional salience)
These systems produce a more stable, lower-intensity signal compared to dopamine spikes.
When the dopaminergic system is desensitized, these subtler signals can feel insufficient. So even if oxytocin-mediated bonding is present, it may not subjectively register as “strong feeling.”
There’s also a cognitive component. The prefrontal cortex is constantly exposed to alternative options (via apps, media doom scrolling...) , which maintains a state of reward anticipation rather than reward consolidation. This keeps the brain in a “seeking” mode rather than a “bonding” mode just cause it's easier .
In parallel, frequent switching between stimuli affects attentional networks (especially frontoparietal circuits), reducing the ability to sustain focus. Since emotional bonding requires repeated, attentive interactions, reduced attentional stability can weaken attachment formation.
So the issue is not a loss of capacity for love, but a mismatch between:
a desensitized dopaminergic reward system
and the slower neurochemistry of attachment (oxytocin, vasopressin)
To sumurize : chronic overstimulation raises the brain’s reward baseline, making the quieter, more stable signals of real human connection harder to detect and feel as rewarding.
Never said you were, a majority of women nowadays are much different to women literally not even 20 years ago and n*****s are surprised when less people find love JFL
Never said you were, a majority of women nowadays are much different to women literally not even 20 years ago and n*****s are surprised when less people find love JFL
Even some hideous lltb with saggy tits on OF got THOUSANDS from OF although she's hideous, its that some men will literally fuck anything with a pussy so the women still get attention
It’s not that people today can’t feel love. It’s more that the brain’s reward system is being pushed in a way that makes love harder to perceive and sustain.
At the center of this is dopamine, a neurotransmitter involved in reward prediction, motivation, and reinforcement learning. Dopamine is released along the mesolimbic pathway ; especially from the ventral tegmental area (VTA) to the nucleus accumbens when something is novel, rewarding, or uncertain.
Modern stimuli (social media, fast entertainment, porn ) repeatedly activate this pathway. They produce frequent, high-amplitude dopamine spikes, often through variable reward schedules (unpredictable likes, new content, etc.), which are known to strongly reinforce behavior.
Over time, the brain adapts through homeostatic mechanisms:
Downregulation of dopamine D2 receptors in the striatum
Reduced sensitivity of the reward system
Lower baseline dopamine tone
This is similar to what’s observed in behavioral addictions. The result is a higher reward threshold: you need more stimulation to feel the same level of motivation or pleasure.
Now compare that to love.
Early-stage attraction does involve dopamine (novelty, pursuit), but long-term attachment relies more on:
Oxytocin (produced in the hypothalamus, released via the posterior pituitary): bonding, trust, social memory
Vasopressin: pair-bonding, especially in long-term attachment
Interactions with the prefrontal cortex (valuation, decision-making) and amygdala (emotional salience)
These systems produce a more stable, lower-intensity signal compared to dopamine spikes.
When the dopaminergic system is desensitized, these subtler signals can feel insufficient. So even if oxytocin-mediated bonding is present, it may not subjectively register as “strong feeling.”
There’s also a cognitive component. The prefrontal cortex is constantly exposed to alternative options (via apps, media doom scrolling...) , which maintains a state of reward anticipation rather than reward consolidation. This keeps the brain in a “seeking” mode rather than a “bonding” mode just cause it's easier .
In parallel, frequent switching between stimuli affects attentional networks (especially frontoparietal circuits), reducing the ability to sustain focus. Since emotional bonding requires repeated, attentive interactions, reduced attentional stability can weaken attachment formation.
So the issue is not a loss of capacity for love, but a mismatch between:
a desensitized dopaminergic reward system
and the slower neurochemistry of attachment (oxytocin, vasopressin)
To sumurize : chronic overstimulation raises the brain’s reward baseline, making the quieter, more stable signals of real human connection harder to detect and feel as rewarding.
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