BREAKING BUSINESS TECH SCIENCE SPORT EDITORIAL GUEST LETTERS PR AUTOMOTIVE GAMES EDUCATION HEALTH COOKING EVENTS FASHION CELEBRITIES POLITICS

Grammy Nominees are a Brainy Bunch: Music Rewires Your Brain

Music has many benefits, and our brains are hardwired to benefit from it. Musicians' brains are rewired every time they practice. This includes strengthening synapses and building new neurons.

Posted by Henry Thompson on February 04, 2023

What is neuroscience? Neuroscience is the scientific study and understanding of nervous systems. Neuroscience can include research from many branches, including neurology, brain science and neurobiology, psychology. Artificial intelligence, statistics, stats, prosthetics, neuroscience, engineering, medicine, physics. Pharmacology, electrophysiology. Biology, robotics, and technology are all possible.

These articles are primarily focused on neurology research. What is neurology? Neurology is a science that studies the nervous system, and the disorders that affect them. Neurology research can include information about brain research, neurological disorders and medicine.

What is Psychology? Psychology is the study and analysis of behavior in an individual or group. Our psychology articles include research on mental health, psychiatry and psychology, schizophrenia, autism spectrum as well as happiness, stress, and other topics.

While the Grammy Awards will honor the most successful musicians of our time on Sunday, a neuroscientist from Oregon Health & Science University believes music is a boon to anyone who can sing a tune. He says that music is good for the brain.

Larry Sherman, Ph. D., a professor at the Division of Neuroscience at OHSU's Oregon National Primate Research Center, says that "practicing a musical instrument might be one of the most difficult and challenging things a human brain could do.""You are integrating sensory and fine motor skill, gross motor skills. All of these actions are rewiring your brain so that you can become a Grammy-nominated artist.

Sherman, who has presented on the benefits and co-authored a book on the topic, said that practicing music can help to generate neurons, strengthen connections between brain cells called neuronal synapses, as well as rebuild the myelin sheaths which allow for transmission of electrical signals between cells.

He believes that music played in a group can be even more beneficial. Magnetic resonance imaging has shown music triggers a series of neurotransmitters such as dopamine and endorphins that are associated with positive emotions. These neurotransmitters can help relieve pain and foster a sense of belonging. The greater the group, the greater the effect.

Sherman's research is focused on neurodegeneration. This includes multiple sclerosis, where myelin, which is the protective coating around nerve fibers in central nervous system, is damaged. Through a series public presentations, he has tried to popularize neuroscience by focusing on his personal interest in music.

Sherman has been a regular speaker on neuroscience topics such as music, love and racism since his first appearance in Portland with Valerie Day, a Grammy-nominated singer, and Darrell Grant, a jazz pianist. He has presented over 300 times in seven countries including Australia, New Zealand, Germany and Ireland, as well as the United States.

Find jobs in Denmark

Job bank and job postings in your city - apply online with just a few clicks.

Grammy Nominees are a Brainy Bunch: Music Rewires Your Brain

Music has many benefits, and our brains are hardwired to benefit from it. Musicians' brains are rewired every time they practice. This includes strengthening synapses and building new neurons.

Scientists explain strange acceleration of alien comet Oumuamua

Since its discovery in 2017, the curious comet 'Oumuamua has been fascinating, including its curious acceleration as the object sped away from the sun.

James Webb telescope identifies a dust storm on a huge planet nearly 20 times the size Jupiter

Scientists observed a huge dust storm in the atmosphere at VHS 1256b, an exoplanet 40 light-years away from Earth, using the James Webb Space Telescope.

China is searching for the most mysterious particles in the universe, a mile below the ocean floor

China has deployed thousands of sensors almost a mile below the ocean's surface to monitor for flashes that indicate the presence of a neutrino.

NASA and McMaster team up to create better models of climate change

McMaster Engineering Professor Andrew Gadsden has created a robotic telescope mount that can be used to measure moonlight more accurately for NASA.

Asteroid impacts at the level of an extinction could be much more common than we think

New research suggests that giant space rocks have hit Earth more often than previously thought. Some scientists are skeptical.

Semiconductor lattice combines electrons and magnetic moments

A model system is created by stacking a pair monolayer semiconductors. This allows physicists to study confounding quantum behaviour, from heavy fermions to exotic phase transitions, in a simpler way.

A 'hole' that is 30 times the size of Earth has spread across the sun

NASA's Solar Dynamics Observatory spotted a huge black region in the sun on Monday. This is called a coronal Hole.

Astronomers will shine light on the universe's dark ages with a telescope mounted on the Moon.

Astronomers have sent a radio telescope to the Moon's farside to study the "dark age" of the universe.

Scientists Detect Neutrinos in Particle Collider's Ghost Particles

The ghost is finally in the machine: Scientists have created neutrinos in a particle accelerator for the first time.

Scientists are looking at underwater telescopes to detect cosmic rays

Chinese scientists are currently working on a blueprint to build a giant telescope that will allow them to observe neutrinos from deep within the oceans or lakes.