ආයිත් ඉපදෙන සීන් එක

kandahar

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  • Mar 19, 2011
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    මචංලා අපි ආයිත් ඉපදෙන්නෙ නැති නිසා නේද අපේ DNA එක පාස් කරන්නෙ ලමයි හදලා. මොනා උනත් අපේ ඩීඑන්ඒ කෝඩ් එක අවුරුදු මිලියන ගානක් පරණයි කියනවනේ. ළමයි හදන්නේ නැතුව එකෙක් හිටියොත් උගෙත් ඩීඑන්ඒ කෝඩ් එක ඒ පවුලට සම්බන්ධ වෙන එකෙක් හරහා හරි නැවත ප්‍රති නිර්මාණය වෙනවා.

    ඒ කියන්නේ අපි ආයිත් ඉපදෙන්නේ නෑනේ. අපි හිතුවට හිතක් තියෙනවා කියලා ඇත්තටම හැමදේම තියෙන්නෙ අපේ මොළේ නිපුරෝන වල නේ. මලා කියන්නේ එතනින් ඉවරයි. ඒ කියන්නේ අපි මළාට පස්සේ මේ ලෝකෙ සෞරග්‍රහ මණ්ඩලය, මන්දාකිණිය කැරකි කැරකි තියෙයි. අවුරුදු බිලියන ගානක් යනකම්ම. අපි ආයි නෑ. එහෙම වැඩකුත් නෑනෙ බං ?
     

    kinkon

    Well-known member
  • Aug 5, 2007
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    Kandy ♕ පතිරූප දේස වාසෝ
    forum view GIF
     

    Sri_Sampath

    Well-known member
  • Jan 26, 2010
    14,736
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    මචංලා අපි ආයිත් ඉපදෙන්නෙ නැති නිසා නේද අපේ DNA එක පාස් කරන්නෙ ලමයි හදලා. මොනා උනත් අපේ ඩීඑන්ඒ කෝඩ් එක අවුරුදු මිලියන ගානක් පරණයි කියනවනේ. ළමයි හදන්නේ නැතුව එකෙක් හිටියොත් උගෙත් ඩීඑන්ඒ කෝඩ් එක ඒ පවුලට සම්බන්ධ වෙන එකෙක් හරහා හරි නැවත ප්‍රති නිර්මාණය වෙනවා.

    ඒ කියන්නේ අපි ආයිත් ඉපදෙන්නේ නෑනේ. අපි හිතුවට හිතක් තියෙනවා කියලා ඇත්තටම හැමදේම තියෙන්නෙ අපේ මොළේ නිපුරෝන වල නේ. මලා කියන්නේ එතනින් ඉවරයි. ඒ කියන්නේ අපි මළාට පස්සේ මේ ලෝකෙ සෞරග්‍රහ මණ්ඩලය, මන්දාකිණිය කැරකි කැරකි තියෙයි. අවුරුදු බිලියන ගානක් යනකම්ම. අපි ආයි නෑ. එහෙම වැඩකුත් නෑනෙ බං ?
    Yes, I was thinking about the same thing 20 years ago. 😆.

    Even if there is one, you have no control over. Just be happy and serve the mankind
     

    ntayya

    Well-known member
  • Dec 2, 2012
    2,565
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    මචංලා අපි ආයිත් ඉපදෙන්නෙ නැති නිසා නේද අපේ DNA එක පාස් කරන්නෙ ලමයි හදලා. මොනා උනත් අපේ ඩීඑන්ඒ කෝඩ් එක අවුරුදු මිලියන ගානක් පරණයි කියනවනේ. ළමයි හදන්නේ නැතුව එකෙක් හිටියොත් උගෙත් ඩීඑන්ඒ කෝඩ් එක ඒ පවුලට සම්බන්ධ වෙන එකෙක් හරහා හරි නැවත ප්‍රති නිර්මාණය වෙනවා.

    ඒ කියන්නේ අපි ආයිත් ඉපදෙන්නේ නෑනේ. අපි හිතුවට හිතක් තියෙනවා කියලා ඇත්තටම හැමදේම තියෙන්නෙ අපේ මොළේ නිපුරෝන වල නේ. මලා කියන්නේ එතනින් ඉවරයි. ඒ කියන්නේ අපි මළාට පස්සේ මේ ලෝකෙ සෞරග්‍රහ මණ්ඩලය, මන්දාකිණිය කැරකි කැරකි තියෙයි. අවුරුදු බිලියන ගානක් යනකම්ම. අපි ආයි නෑ. එහෙම වැඩකුත් නෑනෙ බං ?
    mehmay, umba oya kiyanna hadana kathawe core eka, hari kiyannath ba, waradiy kiyannath ba, eka tamay loke thiyena lokuma prashnaya
     

    BINGU_PUTHA

    Well-known member
  • Apr 26, 2013
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    canada
    මනස කියන්නේ මොලය විසින් ඇති කරන දෙයක් කියන එක දැනට තියෙන සාදක අනුව වඩා තාර්කිතයි. ඒ නිසා මොලය මැරුනහම මනස එතනින් ඉවරයි. එච්චරයි. ආගම කියන්නේ මිනිස්සු හදාගත්ත දේවල්.

    from Chat gpt


    There is growing scientific evidence that the mind and brain are deeply interconnected, with recent studies revealing literal structural and functional links between mental states and brain activity.

    🧠🔗 Key Evidence Linking Mind and Brain

    1. Somato-Cognitive Action Network (SCAN)

    A groundbreaking study from Washington University School of Medicine identified a new brain network—SCAN—that physically links areas responsible for movement with those involved in thinking, planning, and regulating involuntary functions like heart rate and blood pressure [1] [2] [3] [4].
    • This network shows that motor areas of the brain are interwoven with cognitive and emotional processing centers.
    • It helps explain phenomena like:
      • Why anxiety can cause pacing or stomach discomfort.
      • Why vagus nerve stimulation can alleviate depression.
      • Why exercise improves mood and mental clarity.

    2. Brain States and Brain Waves

    Yale researchers proposed that brain states (patterns of neural activity during tasks) and brain waves (rhythmic activity across neurons) are two aspects of the same phenomenon [5].
    • This suggests that mental states like focus, relaxation, or stress are reflected in predictable, dynamic patterns of brain activity.
    • Understanding these patterns could help explain how thoughts and emotions emerge from neural processes.

    3. Functional MRI (fMRI) Mapping

    Advanced imaging techniques have shown that thinking about movement activates brain regions similar to those used in actual movement [2] [3].
    • This supports the idea that mental intention and physical action are tightly coupled in the brain.
    • It also reveals that non-movement areas in the motor cortex are involved in planning, emotion, and internal regulation.

    🧘‍♂️ Practical Implications​

    • Mindfulness and meditation practices that calm the body (e.g., breathing exercises) also calm the mind—now backed by neuroscience [1] [4].
    • Mental health therapies increasingly target brain-body interactions, such as using biofeedback or neurostimulation.

    Would you like a visual diagram of the SCAN network or a deeper dive into how these findings relate to consciousness or mental health treatments?

    References
    [1] Mind-body connection is built into brain, study suggests
    [2] Mind-body connection is built into brain, study suggests
    [3] Mind-Body Connection Is Built Into Brain - Neuroscience News
    [4] Hidden Linkages: Scientists Find Mind-Body Connection Is ... - SciTechDaily
    [5] New state of mind: Rethinking how researchers understand brain activity
     

    tinto brass

    Well-known member
  • Dec 25, 2014
    4,561
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    මනස කියන්නේ මොලය විසින් ඇති කරන දෙයක් කියන එක දැනට තියෙන සාදක අනුව වඩා තාර්කිතයි. ඒ නිසා මොලය මැරුනහම මනස එතනින් ඉවරයි. එච්චරයි. ආගම කියන්නේ මිනිස්සු හදාගත්ත දේවල්.

    from Chat gpt


    There is growing scientific evidence that the mind and brain are deeply interconnected, with recent studies revealing literal structural and functional links between mental states and brain activity.

    🧠🔗 Key Evidence Linking Mind and Brain

    1. Somato-Cognitive Action Network (SCAN)

    A groundbreaking study from Washington University School of Medicine identified a new brain network—SCAN—that physically links areas responsible for movement with those involved in thinking, planning, and regulating involuntary functions like heart rate and blood pressure [1] [2] [3] [4].
    • This network shows that motor areas of the brain are interwoven with cognitive and emotional processing centers.
    • It helps explain phenomena like:
      • Why anxiety can cause pacing or stomach discomfort.
      • Why vagus nerve stimulation can alleviate depression.
      • Why exercise improves mood and mental clarity.

    2. Brain States and Brain Waves

    Yale researchers proposed that brain states (patterns of neural activity during tasks) and brain waves (rhythmic activity across neurons) are two aspects of the same phenomenon [5].
    • This suggests that mental states like focus, relaxation, or stress are reflected in predictable, dynamic patterns of brain activity.
    • Understanding these patterns could help explain how thoughts and emotions emerge from neural processes.

    3. Functional MRI (fMRI) Mapping

    Advanced imaging techniques have shown that thinking about movement activates brain regions similar to those used in actual movement [2] [3].
    • This supports the idea that mental intention and physical action are tightly coupled in the brain.
    • It also reveals that non-movement areas in the motor cortex are involved in planning, emotion, and internal regulation.

    🧘‍♂️ Practical Implications​

    • Mindfulness and meditation practices that calm the body (e.g., breathing exercises) also calm the mind—now backed by neuroscience [1] [4].
    • Mental health therapies increasingly target brain-body interactions, such as using biofeedback or neurostimulation.

    Would you like a visual diagram of the SCAN network or a deeper dive into how these findings relate to consciousness or mental health treatments?

    References
    [1] Mind-body connection is built into brain, study suggests
    [2] Mind-body connection is built into brain, study suggests
    [3] Mind-Body Connection Is Built Into Brain - Neuroscience News
    [4] Hidden Linkages: Scientists Find Mind-Body Connection Is ... - SciTechDaily
    [5] New state of mind: Rethinking how researchers understand brain activity
    ඒ අයි වලින් අහපන් ඔය විදියටම හැඟීම් කියන්නේ මොනවද කියල...
     

    BINGU_PUTHA

    Well-known member
  • Apr 26, 2013
    12,084
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    canada
    මනස සම්බන්දයෙන් විද්‍යාව ගොඩක් දියුණු නැහැ. සත්වයන්ගේ මොලයට අවුරුදු මිලියන 520 වඩා ඉතිහාසයක් තියෙනවා. එක පරිණාමය වෙලා අද නියුරෝන බිලියන ගනනක් තියෙන ශරීරයේ සංකීර්ණ කොටසක්. එකේ විස්තර තේරුම් ගන්න තව ගොඩක් කාලයක් ගනීවි. DNA පවා හොයාගත්තේ මෑතකදී. හැබැයි අවුරුදු 50 කලින්, ප්ර්ශනවලට අද දෙන ගොඩක් පිළිතුරු ඒ කලේ දෙන්න විදියක් තිබ්බේ නැහැ.
     

    Yeezus

    Well-known member
  • Nov 20, 2024
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    ඒක හදන්නෙ මොලය. බාහිර සාධක මත ටිගර් කරනවා
    ප්‍රශ්ණයක් අහන්නද ?

    දැන් අපේ ඇඟ භෞතික දේවල්නේ ... අල්ලන් පුළුවන් අතට අහුවෙන දේ.
    එතකොට අපි කොහොමද හිතන්නේ, මොනවද අපිට මේ කල්පනා වෙන්නේ ? තීරණ ගන්නේ ?

    NEURONE කියලානම් කියන්න එපා, ඒවත් භෞතික දේවල්. කොහොමද භෞතිකය ( ඇඟ ඇතුළු ශරීරය ) අභෞතිකය - සිතිවිලි වලින් පාලනය කරන්නේ ?

    ඔයා කියන්න යන උත්තරේ භෞතික, පංච ඉන්ද්‍රියන්ට ගෝචර වන දෙයක් නම්, කොහොමද භෞතික දෙයකට හිතන්න පුළුවන් වෙන්නේ ? ( දැන් භෞතිකය හැදිලා තියෙන්නේ ‍ ප්‍රෝටෝන ඉලෙක්ට්‍රෝන නියුට්‍රෝන වලින්නේ .... ගස් වැල් ගලුත් මල් ලී යකඩ මේ සේරමත් එහෙමයි ... එතකොට ඒවට හිතන්න බෑනේ ... හැම භෞතික දේකම කුඩාම දේවල් නේ ඒ.

    ඕකට උත්තරේ බුද්ධාගමේනම් ලස්සනට තියෙනවා. මොකද කියන්නකෝ මේකට උත්තරේ ?

    BTW, You are experiencing the phenomenon called Existential Crisis, Every Human being goes through it once in their lifetime.
     
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    tinto brass

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    ow ai walata thinking(me wachane pawicchi karanna sudusu ne) pattern ekak gadaganan wenne ne.. brain eka ita wada issarahahen inne
     
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    BINGU_PUTHA

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    Char GPT: Here’s a summary of the scientific evidence linking feelings (emotions) to brain activity, based on neuroscience and neuroimaging research:

    1. Emotions Involve Distributed Brain Networks

    • Early theories suggested that single brain regions (e.g., the amygdala for fear) were responsible for specific emotions. However, modern neuroscience shows that emotions arise from coordinated activity across multiple brain regions, functioning like an orchestra rather than a soloist.
    • These networks include:
      • Amygdala: Detects emotional salience, especially fear and threat.
      • Insula: Processes bodily states and interoception, important for disgust and awareness of feelings.
      • Prefrontal Cortex (PFC): Regulates and interprets emotions, especially in decision-making and control.
      • Anterior Cingulate Cortex (ACC): Integrates emotional and cognitive processes.
      • Default Mode Network: Involved in self-referential emotional processing.[1]

    2. Evidence from fMRI and Neuroimaging

    • Meta-analyses of fMRI studiesshow consistent activation patterns for basic emotions:
      • Fear → Amygdala and cingulate cortex.
      • Disgust → Insula and globus pallidus.
      • Anger → Lateral orbitofrontal cortex.
      • Joy and sadness also involve overlapping regions, indicating shared circuits.[2]
    • Dynamic fMRI studiesreveal that emotions are not static; they unfold over time across large-scale networks. For example:
      • Early stages activate perceptual and affective evaluation regions.
      • Later stages involve semantic interpretation and decision-making.
      • Emotional content modulates both spatial and temporal properties of these networks.[3]

    3. Common Brain Networks in Emotion Processing

    • Comparative studies of fMRI paradigms (faces, scenes, emotional words) show that:
      • Amygdala and anterior insula are robustly engaged across tasks.
      • dlPFC (dorsolateral prefrontal cortex) is more active when cognitive control or evaluation is required.
      • pgACC (pregenual anterior cingulate cortex) is linked to self-referential and regulatory aspects of emotion.[4]

    4. Key Takeaways

    • Feelings are brain-based: They emerge from dynamic interactions among sensory, cognitive, and affective systems.
    • No single “emotion center”: Instead, emotions rely on distributed, overlapping neural networks.
    • fMRI and lesion studies provide strong evidence that disrupting these networks alters emotional experience and regulation.

    Would you like me to create a visual diagram showing the main brain regions involved in emotions and their roles? Or should I summarize this into a short, evidence-based paragraph for a report or presentation?

    References
    [1] Where Do Feelings and Emotions Come From? | Caltech Science Exchange ...
    [2] Basic Emotions in Human Neuroscience: Neuroimaging and Beyond
    [3] Dynamic fMRI networks of emotion - eLife
    [4] Comparison of Four fMRI Paradigms Probing Emotion Processing
     

    tinto brass

    Well-known member
  • Dec 25, 2014
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    ow ai walata thinking(me wachane pawicchi karanna sudusu ne) pattern ekak gadaganan wenne ne.. brain eka ita wada issarahahen inne
    ita wada godak isarahen innwa mama kiyana de

    Char GPT: Here’s a summary of the scientific evidence linking feelings (emotions) to brain activity, based on neuroscience and neuroimaging research:

    1. Emotions Involve Distributed Brain Networks

    • Early theories suggested that single brain regions (e.g., the amygdala for fear) were responsible for specific emotions. However, modern neuroscience shows that emotions arise from coordinated activity across multiple brain regions, functioning like an orchestra rather than a soloist.
    • These networks include:
      • Amygdala: Detects emotional salience, especially fear and threat.
      • Insula: Processes bodily states and interoception, important for disgust and awareness of feelings.
      • Prefrontal Cortex (PFC): Regulates and interprets emotions, especially in decision-making and control.
      • Anterior Cingulate Cortex (ACC): Integrates emotional and cognitive processes.
      • Default Mode Network: Involved in self-referential emotional processing.[1]

    2. Evidence from fMRI and Neuroimaging

    • Meta-analyses of fMRI studiesshow consistent activation patterns for basic emotions:
      • Fear → Amygdala and cingulate cortex.
      • Disgust → Insula and globus pallidus.
      • Anger → Lateral orbitofrontal cortex.
      • Joy and sadness also involve overlapping regions, indicating shared circuits.[2]
    • Dynamic fMRI studiesreveal that emotions are not static; they unfold over time across large-scale networks. For example:
      • Early stages activate perceptual and affective evaluation regions.
      • Later stages involve semantic interpretation and decision-making.
      • Emotional content modulates both spatial and temporal properties of these networks.[3]

    3. Common Brain Networks in Emotion Processing

    • Comparative studies of fMRI paradigms (faces, scenes, emotional words) show that:
      • Amygdala and anterior insula are robustly engaged across tasks.
      • dlPFC (dorsolateral prefrontal cortex) is more active when cognitive control or evaluation is required.
      • pgACC (pregenual anterior cingulate cortex) is linked to self-referential and regulatory aspects of emotion.[4]

    4. Key Takeaways

    • Feelings are brain-based: They emerge from dynamic interactions among sensory, cognitive, and affective systems.
    • No single “emotion center”: Instead, emotions rely on distributed, overlapping neural networks.
    • fMRI and lesion studies provide strong evidence that disrupting these networks alters emotional experience and regulation.

    Would you like me to create a visual diagram showing the main brain regions involved in emotions and their roles? Or should I summarize this into a short, evidence-based paragraph for a report or presentation?

    References
    [1] Where Do Feelings and Emotions Come From? | Caltech Science Exchange ...
    [2] Basic Emotions in Human Neuroscience: Neuroimaging and Beyond
    [3] Dynamic fMRI networks of emotion - eLife
    [4] Comparison of Four fMRI Paradigms Probing Emotion Processing
    uba oya giya path eka waradiy,, ohomama ahapanko ai ekak human kenek gen wenas wenne kohomada kiyala
    ------ Post added on Sep 9, 2025 at 12:11 AM