PeaceBaby;2678340[/QUOTE said:What is your goal in discussing this?
Nothing, it's interesting to keep people unnerving.
PeaceBaby;2678340[/QUOTE said:What is your goal in discussing this?
Nobody understands a shit. But those who were nice, received likes.
I do not even know why I started the topic when I knew in advance that nobody will understand the alchemy behind it.
Nothing, it's interesting to keep people unnerving.
What a cop-out. You didn't even answer my question with an honest reply, so why have expectations of being understood when you are not even at a minimum willing to invest the time to be authentic? My reply to you was sound. You aren't feeling emotions keenly atm because you are numbed out (as above).
If you want it to change, it can be changed. But if you're happy where you are and just want people to leave you alone, why even make this thread? Sounds like a cry for help to me.
So you will be fine with people simply discarding you because you like this ^^ reaction. You won't get to blame them for not trying hard enough to make you feel better or normal.
@The Mask: You said you don't have emotions, but do you have convictions?
What do you find yourself wanting to say to people, when you do?
Please, help me baby. Get me out of this abyss.
but other people are quite unnerving around me. They try to figure out my aloofness, but they remain doubtful.
Nobody understands a shit. But those who were nice, received likes.
I do not even know why I started the topic when I knew in advance that nobody will understand the alchemy behind it.
Can you teach me how to be that way
Maybe that's because they're trying to figure out your T-shirt.
Endurance training has been reported to induce a variety of psychophysical effects, including stress reduction (Rosch 1985), anxiolysis (Morgan 1985), mood elevation (Janal et al. 1984; Wildmann et al. 1986), and reduced pain perception (Janal et al. 1984). Moreover, there are numerous reports in the popular and scientific press regarding a state of euphoria while running, commonly referred to as runner's high (Wagemaker and Goldstein 1980; Partin 1983; Morgan 1985). To date, there is no generally accepted definition as to what runner's high is, but common descriptions include feelings like “pleasantness,†“inner harmony,†“boundless energy,†or even druglike “orgiastic†sensations. The degree of exercise-induced mood change differs considerably between individuals (Dietrich and McDaniel 2004), and currently, little is known about the mechanisms mediating euphoria upon physical exercise. The most favored theory, the “endorphin hypothesis†(Morgan 1985), ascribes these psychophysical effects to changes in central opioidergic transmission. The endorphin hypothesis was put forward because indirect measures such as raised endorphin levels in peripheral blood (Carr et al. 1981; Gambert et al. 1981; Farrell et al. 1982; Janal et al. 1984; Wildmann et al. 1986) and cerebrospinal fluid (Radosevich et al. 1989; Hoffmann et al. 1990) as well as the reversibility of exercise-induced mood changes (Janal et al. 1984), pain perception (Janal et al. 1984), and pupillary miosis (Allen et al. 1983) by naloxone (unspecific opioid receptor antagonist) presented strong arguments for an opioidergic involvement. However, the existence of an “endorphin driven runner's high†was questioned (Markoff et al. 1982; Dietrich and McDaniel 2004) because, up to now, the entire basis for the involvement of brain-derived endorphinergic mechanisms is depicted from measurements of endorphins in the circulating blood.
The runner's high describes a euphoric state resulting from long-distance running. The cerebral neurochemical correlates of exercise-induced mood changes have been barely investigated so far. We aimed to unravel the opioidergic mechanisms of the runner's high in the human brain and to identify the relationship to perceived euphoria. We performed a positron emission tomography “ligand activation†study with the nonselective opioidergic ligand 6-O-(2-[18F]fluoroethyl)-6-O-desmethyldiprenorphine ([18F]FDPN). Ten athletes were scanned at 2 separate occasions in random order, at rest and after 2 h of endurance running (21.5 ± 4.7 km). Binding kinetics of [18F]FDPN were quantified by basis pursuit denoising (DEPICT software). Statistical parametric mapping (SPM2) was used for voxelwise analyses to determine relative changes in ligand binding after running and correlations of opioid binding with euphoria ratings. Reductions in opioid receptor availability were identified preferentially in prefrontal and limbic/paralimbic brain structures. The level of euphoria was significantly increased after running and was inversely correlated with opioid binding in prefrontal/orbitofrontal cortices, the anterior cingulate cortex, bilateral insula, parainsular cortex, and temporoparietal regions. These findings support the “opioid theory†of the runner's high and suggest region-specific effects in frontolimbic brain areas that are involved in the processing of affective states and mood.