Anticipation kranium biography
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Rising Dancehall artist Kranium reignites his smash single, "Nobody Has To Know," with a fresh feature from singer-rapper Ty Dolla $ign.
Kranium, who just signed a major record deal with Atlantic Records, will use their marketing power to extend the reach of the already successful song.
"Nobody Has To Know" dropped in 2013 and has amassed nearly 15 million views on Youtube, Soundcloud, and Spotify. Also, artists like Chris Brown and Drake has covered the record on their tours.
Kranium is currently hard at work on his Atlantic Records debut with Billboard producer, Ricky Blaze out of Brooklyn. The as-yet-untitled album is due later this year.
“Nobody Has to Know” by Kranium featuring Ty Dolla $ign is a seductive reggae-infused track that explores themes of intimacy and secrecy. Against a backdrop of laid-back rhythms and smooth melodies, the song sets the mood for a clandestine rendezvous.
Kranium’s smooth vocals glide effortlessly over the infectious beat as he croons about the thrill of keeping a romantic relationship discreet. Ty Dolla $ign adds his signature flair with his sultry verse, complementing Kranium’s vocals with his own unique style.
The production features a hypnotic arrangement with lush instrumentation and infec
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Santangelo A.M., SawiakS., Fryer T., Hong Y., Sh
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Abstract
The mesolimbic dopamine system is implicated in signaling reward-related information as well as in actions that generate rewarding outcomes. These implications are commonly investigated in either pavlovian or operant reinforcement paradigms, where only the latter requires instrumental action. To parse contributions of reward- and action-related information to dopamine signals, we directly compared the two paradigms: male rats underwent either pavlovian or operant conditioning while dopamine release was measured in the nucleus accumbens, a brain region central for processing this information. Task conditions were identical with the exception of the operant-lever response requirement. Rats in both groups released the same quantity of dopamine at the onset of the reward-predictive cue. However, only the operant-conditioning group showed a subsequent, sustained plateau in dopamine concentration throughout the entire 5 s cue presentation (preceding the required action). This dopamine ramp was unaffected by probabilistic reward delivery, occurred exclusively before operant actions, and was not related to task performance or task acquisition as it persisted throughout the 2 week daily behavioral training. Instead, the ramp flexibly increased in duration with longer cue pres