The first article, The rewards of music listening: Response and physiological connectivity of the mesolimbic system, discussed the neurological and neurochemical responses to listening to pleasant and unpleasant music. The experiment was composed of thirteen right-handed individuals, six males and seven females, between the ages of 19 and 23, none of which has any specialized musical training. Each participant was played 20-25 second clips of classical music and scrambled classical music. To scramble the musical clips Levitin and Menon created segments of 250-350 milliseconds and then rearranged them randomly. The result was a 20-25 second clip of noise that retained the pitches, timbres, and loudness of the original, while dismantling the musical structure it contained. Participants were then observed while listening to these clips of music in an fMRI machine. Levitin and Menon hypothesized that the nucleus accumbens would be strongly activated by classical music, and that activity in the nuclear accumbens would correlate to activation in the hypothalamus and ventral tegmental area, which are responsible for autonomic processes and dopamine release respectively. The researchers analyzed both the functional and effective connectivity found in the fMRI results. Analyzing functional connectivity is a way to determine the associations and dependency of activation between spatially remote areas in the brain. Analyzing effective connectivity enables the observation of interactions between brain regions mediated by anatomical connections. The hope of the researchers was that the results of the functional and effective connectivity analyses would support each other, demonstrating the functional and physical connections between ...
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...y can be addicted to music. Further studies are required in both the nature of behavioral addictions, as well as the directional effects of music listening on interconnected areas of the brain such as the amygdala, nucleus accumbens, hypothalamus, prefrontal cortex, and the forebrain. Though our knowledge of the effects of listening to music is limited, it supports the idea that music may be just as addicting as gambling or drugs, though hopefully not as harmful.
Works Cited
Holden, C. (2010, February 19). Behavior Addictions Debut in Proposed DSM-V.
Science , 327, p. 935
Kelley, A.E., Berridge, K.C., 2002. The neuroscience of natural rewards:
relevance to addictive drugs. J. Neurosci. 22 (9), 3306–3311.
Levitin, V.M. (2005). The Rewards of music listening: Response and physiological
connectivity of the mesolimbic system. NeuroImage, 175-184.
Whether you’re a devoted music enthusiast or you just listen to the radio to pass time, we all listen to music. However, when listening to music, nobody stops to think about what they are doing. Nobody stops to contemplate how the music they are listening to affects them psychologically. We just listen to the music and enjoy ourselves. In fact however, a great deal of research has been done to determine the psychophysiological effects of music. Many studies have been conducted to determine whether music can help people who suffer from psychological and medical disorders, Scholars continually debate whether music can influence behavior, and researchers are attempting to understand what is happening in our brain when we listen to music.
Have you ever given much thought about what goes on in the brain when you listen to music? Almost every human being listens to some type of music from country music all the way to religious music. Thinking about it, does music help with anything, is it just something humans like spending their time with or does it harm us in any way or form? I will am going to tell you about what the brain releases when a person listens to music, how music helps people with Alzheimer’s, and other small things that music does to the brain.
Music is a very fascinating universal phenomenon. Almost everyone likes some sort of music, whether it be the twang of a country song or the intensity of a German rap. Music has the ability to completely change the mood of a situation. It has extensively been investigated and used as a form of therapy for the mind. Therefore it would be interesting to see if it had any impact on a person’s physical ability as well.
Music and the Brain: Processing and Responding (A General Overview). For any individual who either avidly listens to or performs music, it is understood that many melodies have amazing effects on both our emotions and our perception. To address the effects of music on the brain, it seems most logical to initially map the auditory and neural pathways of sound. In the case of humans, the mechanism responsible for receiving and transmitting sound to the brain is the ears.
Brain Stem Reflexes refer to a process where an emotion is induced by sound or music because the fundamental acoustical characteristics of the sound or music are received by the brain stem which signals a potentially urgent and important event. Sounds that are sudden, dissonant, loud, or have fast temporal patterns induce arousal or feelings of unpleasantness in the listener (Berlyne 1971; Burt et al. 1995; Foss et al. 1989; Halpern et al. 1986). These responses show the impact of auditory sensations (music as sound in the most basic sense). Our perceptual system is continually scanning the immediate surro...
Both of these approaches have been brought to bear on the brain mechanisms underlying musical imagery, and we’ll address each approach in turn. Lesion studies of musical
Music stimulates multiple areas of the brain by provoking auditory, emotional, autonomic, and cognitive processing. Once the sound waves from the music are heard, signaling travels from the auditory system to the areas of the brain responsible for processing and dissecting the sound information. These areas are the primary auditory cortex, heschl’s gyrus, the frontal operculum, the superior temporal sulcus, and cortical language areas. Following sound processing, emotional processing of the sound heard takes place in the amygdala, cingulate gyrus, and medical orbitofrontal cortex of the brain. Feedback from the processed music can lead to physiological responses and changes in the autonomic nervous system as a result of the type of music heard (Nizamie and Tikka). For example, harsh, fast paced music tends to increase sympathetic nervous system activity (increased heart rate, faster breathing), whereas gentle, soothing music stimulates the body to relax, activating the parasympathetic nervous system (slower heart rate, lower blood pressure and slower breathing) (...
Music has been around since the very beginning of time. The human body flows in a rhythmic syncopation. Music is used to change one’s mood and to inspire those who open their minds. It has the potential to cure diseases such as Parkinson’s disease. Humans, of every culture and society, function with a type of rhythmic music. As humans, we are hard wired to respond to music (Mannes). The human brain responds to music in such a way that the brain becomes more open to new rhythms, ideas, and values. Music has the power to take over the human body. This makes it easier to overcome conflict and change the ideals of somebody while using music (The Power of Music).
There have always been discussions of the effects music has on ones behavior, and how it’s related to Psychology. The truth has never really been verified among common knowledge, but it’s usually something that intrigues people. They say heavy metal and rap can make teenagers violent, sad and depressing music can make teenagers sad and depressed, and some say it’s best to listen to classical music when doing schoolwork because it makes your brain more active. There have been many people that reported how music has effects on their behavior. It can lift their mood, “fuel the fire” when they’re angry, or even make it easier for them to fall asleep. People never really get the chance to research the actual science of music, and how it changes people attitudes.
Music is one of the few things that has remained constant through the centuries this world has existed. Not only does music provide entertainment, it also has several effects linked to it. Music allows emotions of happiness and sadness to arise. From those emotions, physical effects, negative or positive, can occur. Music has a profound effect on the emotional, social, intellectual, and physical aspects of a person.
Levetin, D. "This is your brain on music." The science of a human obsession. David Levetin, n.d. Web. April 2011. .
No matter what you listen to, music has a way to “play with our emotions”. For example, if you listen to Tchaikovsky (classical) you may feel calm, and if you listen to Eminem (rap) you may feel hyper. If the music you listen to makes you feel good, it is good for you, Daniel Levitin, a Neuroscientist who focuses mainly on music, explains in an interview.
When we listen to music a number of things occur: we process sound through the auditory complex, an artist’s movement through the visual cortex, dancing and other rhythmical movement through the cerebellum. The Motor Cortex also enables movement such as foot tapping or hand clapping. Our Hippocampus stores our experiences through music and enables musicians to remember musical pieces. Finally, the Amygdala allows for emotional reactions to music. Because music is a combination of our different senses, we as individuals can process things differently and naturally we will like some genres more than others. Music is one of th...
Cooper, Belle. " How Music Affects and Benefits Your Brain."lifehacker.come. N.p., 11 22 2013. Web. 3
Music has incredible effects on the brain and body! Ever since the beginning of time, music has been around. It can influence the way a person thinks and behaves, and also social interactions. Teens are more susceptible to this (Revatto 1). Music can be used in therapy by helping people with depression, and can even be a more natural way to heal the body (“How Music...” 1). In some cases, songs and melodies can help or make diseases worse. Music is a powerful thing and can affect your brain and many other things in your body in numerous ways.