Neuroscience of Musical Innovation

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A game created by Vanessa Munoz

Neuroscience of Musical Innovation

MUS 379K

A game created by Vanessa Munoz

MUS 379K

Will you be able to recover all the members of the band?

Face the different music challenges in 4 missions to find each of the members of our band and triumph on stage.

Missions

Mission 3

MISSIONS

Mission 1

Mission 2

Mission 4

Get all the band members back!

Let's start with something simple: answer the questions by choosing the correct statement! We will be exploring a few examples of how music inspires innovation and creativity!

left or right?

mission 1

Start

Transformed classical music with his innovative use of structure and emotion

Select the correct statement

Pioneered the genre of punk music

Example of an Innovative Musician

Beethoven

1/5

mission 1

Revolutionized the use of the electric guitar, pushing boundaries with feedback and distortion

Mastered the ancient art of playing the triangle with telepathic vibration

Select the correct statement

Example of a Musician Breaking Conventions

Jimi Hendrix

2/5

mission 1

Blending historical polka rhythms with futuristic time-travel beats

Ambient and industrial genres breaking traditional music structure by using electronic tools like synthesizers and drum machines

Select the correct statement

mission 1

Example of Music Genres Pushing Traditional Boundaries

Experimental Electronic

3/5

The invention of invisible musical notes that can only be heard by dogs

Advancements in software allow musicians to emulate traditional instruments in digital format

mission 1

Example of Technology in Music Innovation

Select the correct statement

Virtual instruments

4/5

• Quantum Harmonic Resonance: Music unlocks parallel universes, enhancing creativity through vibrational interdimensional pathways.
• Cosmic Composition: Extraterrestrial melodies activate the mind.

• Enhances Mood: evokes emotion and alters mood & mindset
• Inspiration: expressive nature of music can inspire new ideas
• Cognitive Stimulation: activates various parts of the brain
• Problem-solving: complex compositions stimulate analytical skills

Select the correct statement

Examples of How Music Stimulates Creativity and Problem-Solving Skills:

music perks

5/5

mission 1

The few examples we've explored help us understand how music encourages new ideas and creativity. From Jimi Hendrix changing how the electric guitar is used to how music can make us think better, these different aspects show the many ways music helps us be more innovative and express ourselves creatively.

CONGRATULATIONS!

mission 1 complete

Continue

COMPLETE!

Mission 2

Mission 4

MISSIONS

Mission 3

Get all the band members back!

Let's discover a few of the many benefits of music. In each round, you will see a statement that DOESN'T FIT for some reason. What is it?

WHICH Statement DOESN'T FIT?

Start

Mission 2

Can activate your ability to communicate with dolphins through telepathy.

Brain connectivity studies show that the collaborative engagement of various brain regions during music creation enhances communication between areas linked to creativity.

Brain activity increases as it reflects the integration of visual, auditory, and tactile information during the playing of instruments.

Increase in neuroplasticity which is the brain's ability to reorganize itself, forming new neural connections.

Rhythmic patterns and melodies can aid in memory recall and cognitive organization.

Enhances cognitive processes like memory, attention, increases resilience, and reduce age-related cognitive decline.

Identify which of the following is NOT a Cognitive Benefit of music

1/5

Mission 2

Transforms individuals into expert salsa dancers.

Special songs bring back memories, making you feel nostalgic and joyful.

Provides a means for self-expression. Expressive possibilities through music can evoke strong emotional responses.

Can activate the dopaminergic reward system in the human brain, contributing to feelings of pleasure.

Therapeutic use of music can help individuals manage stress, anxiety, and mood.

Brain activity associated with emotional processing is heightened, which shows the emotional impact of musical innovation.

Identify which of the following is NOT a Emotional Benefit of music

2/5

Mission 2

Grants immunity to fear of heights.

Music-based activities contribute to overall physical well-being by aiding in movement and exercise.

Music can influence the perception of pain by activating reward and emotion-related brain regions, offering potential benefits for pain management.

Spatial aspects of music may contribute to improved balance and spatial-temporal skills, as observed in studies showing involvement of cerebellar and parietal regions.

Rhythmic elements in music can be incorporated into physical therapies for motor skill development and coordination improvement.

Vibrations, visual cues, and auditory experiences contribute to a rich sensory environment.

Identify which of the following is NOT a Physical Benefit of music

3/5

Mission 2

Gives you power to control the weather through thought.

Non-verbal avenue for individuals to express and communicate complex emotions that may be challenging to convey through words alone.

Teaches us about listening, taking turns, and sharing, and creating a harmonious environment for everyone involved.

Playing music together as a team helps us learn to work together and increases activation in brain regions associated with empathy and perspective-taking.

Brain regions involved in musical and linguistic processing overlap, which may benefit anyone interested in improving their communication skills.

Group musical activities encourage social interaction, helping to increase social interactions and build a sense of community.

Identify which of the following is NOT a Communiation / Social Benefit of music

4/5

Mission 2

Helps you develop x-ray vision.

Can reduce anxiety and cortisol levels as music can modulate the activity of brain regions associated with anxiety and stress.

Can influence the brain's sleep-related circuits and improve sleep quality, offering potential therapeutic applications for sleep disorders.

Studies support the positive impact of music on emotional well-being and neurobiological responses.

Personalized playlists or musical preferences can contribute to a positive emotional state.

Can facilitate emotional expression and regulation through the involvement of limbic and prefrontal brain regions.

Identify which of the following is NOT a Therapeutic Benefit of music

5/5

Mission 2

We've now explored a few of the many benefits of music. Music therapy is commonly used as it is an efficient therapeutic approach with a wide range of physical, emotional, and social benefits for anyone interested. Efforts are made to ensure that musical activities are inclusive and accessible to everyone. Adaptive technologies and instruments are developed to accommodate all people.

CONGRATULATIONS!

Continue

MISSION 2 COMPLETE

COMPLETE!

COMPLETE!

missions

Mission 3

Mission 4

Get all the band members back!

Here we'll explore a few key concepts necessary in connecting instrument design with creative problem-solving. Choose correctly the missing word to complete the statement.

identify the missing word

Start

MISSION 3

Life Span

Accessibility

The Weather

Instruments with adaptive features, such as those with adjustable interfaces or alternative playing methods, enhance ___. The social model encourages flexible and adaptable environments and tools to promote inclusivity and diversity and recognizes that disability is influenced by the surrounding environment and societal attitudes.

1/5

mission 3

Name

Smell

Ergonomics

Instrument designers need to consider the ___ of the instrument to ensure comfort and accessibility for musicians. This involves designing instruments that accommodate different bodyminds, which refers to a holistic perspective that recognizes the interconnectedness of the body and mind, and the inseparability of physical and mental aspects in understanding disability experiences.

2/5

mission 3

Invisible

Digital

Flying

The integration of ___ technology in instrument design opens up new possibilities. DMIs (Digital Musical Instruments) encompass sound generators, interfaces, and the tactile/visual elements that contribute to a musician's positive experience, with attention to the importance of mapping strategies. "Musical empowerment" is the process of regaining rights to music, with technology viewed as an extension of the body.

3/5

MISSION 3

Fragranced

Cost-effective

Color Changing

Designers of instruments should investigate ___ and sustainable materials and practices. This involves discovering environmentally friendly solutions that maintain the instrument's quality and performance without inflating costs in order to ensure equal access to musical experiences for people with disabilities.

4/5

MISSION 3

Leather

Modular

Nuclear

Instruments designed with ___ components, a device designed with interchangeable and independent components, allow musicians to customize their setup. This can be designed with the need for adaptability and personalization in instrument design in mind. This aligns with the principle of "Universal Design" which emphasizes the creation of products and environments that are inherently accessible.

5/5

MISSION 3

Now that we've learned how to connect instrument design with creative problem-solving, it means we've learned basic ways to make musical instruments in a way that helps solve creative challenges. Imagine designing instruments like puzzles with different pieces that can be changed or adapted. This allows musicians to find creative solutions to make the music they want.

CONGRATULATIONS!

MISSION 3 COMPLETE

Continue

COMPLETE!

COMPLETE!

COMPLETE!

Mission 4

missions

Get all the band members back!

And finally, a quick test of general knowledge: if you fail, be prepared to get a tomato slap! Here, we will explore how adaptive music technologies can enhance accessibility.

RESPOND CORRECTLY

Start

mission 4

Gardening tools

Electronic Interfaces

Key component of adaptive music technologies that provide a customizable platform tailored to individuals. These interfaces enable individuals to engage with and control electronic musical instruments or devices. Some examples include the Linnstrument, touch-sensitive surfaces, sensors, and other input mechanisms that facilitate the connection between the user and electronic music systems.

Cooking recipes

1/4

mission 5

Sensory Feedback

Time

Used in adaptive technologies to provide visual or haptic feedback can stimulate and enhance the musical experience for individuals with visual or hearing impairments. An example of this is the Haptic Baton.

Taste

2/4

mission 5

Dance movements

Scent detection

Integrated into some adaptive technologies and allows individuals with limited mobility to control and create music through gestures. This promotes inclusivity by enabling a diverse range of physical interactions with musical elements. An example of these new technologies are the MiMU Gloves.

Gesture Control

3/4

mission 5

Social Media Platforms

Software and Apps

Specialized and developed to make music creation accessible to individuals with disabilities. These tools may include screen readers, voice commands, and adaptable features to ensure equal access. An example of these apps is the AUMI project.

Dating Apps

4/4

mission 5

We've explored how technologies are designed to be flexible and helpful. The goal is to make sure everyone can have a fulfilling and enjoyable experience with music. So, when we talk about understanding how adaptive music technologies enhance accessibility, it means figuring out how these tools can make music more open and enjoyable for everyone!

CONGRATULATIONS!

Continue

MISSION 5 COMPLETE

Well done! You've finished the game! Now you have a grasp of a few ways neuroscience, disability, and music intersect! Thank you for playing!

That sounds great! 😊

THE BAND IS BACK TOGETHER

Try again!

That answer was incorrect.

WRONG!