News

User creativity made YouTube the world’s biggest music service

Alternative variations from popular artists’ videos may reach an audience of millions, shows the new study.

Music is the most popular YouTube content by several measures, including video views and search activity. The world’s first academic study on YouTube music consumption by Aalto University shows that one reason for its poularity lies in users’ own video. People re-use original music by popular artists to create their own alternative video variations, which may reach an audience of millions and can be found alongside any popular music title.

- These variations that we call user-appropriated videos are readily available and well promoted on YouTube. This is what makes YouTube an interesting music service, says Doctor of Science Lassi A. Liikkanen from Aalto University.

Lyrics and still videos, which only include music, rank highly in YouTube search results. A popular video, say a new Beyoncé song, may share its audience collaterally with similar user-generated videos because they appear next to one another in the search results and suggested content. The researchers named this the halo effect.

 Three video types

 In this study the researchers created a typology of YouTube music videos.

- Our analysis found three primary music video types: traditional, user-appropriated, and derivative music videos, post-doctoral researcher Antti Salovaara explains.

Through a series of qualitative and quantitative studies of YouTube content, researchers studied both the popularity of music videos and the attention they get from the audience.

The study shows that users are willing to listen to music from Youtube even without video content. They are also happy with music with rolling lyrics over a still photo, cover versions, and even parodies of the authentic music content.

- YouTube transformed the digital media world. It changed music listening practices. Finally, we have a scientific record of this wonderfully rich cultural phenomenon,’ the primary author, Lassi A. Liikkanen, explains.

- Earlier studies ignored music’s tremendous pull, even though it must have been obvious to everyone using YouTube. We only have a single academic reference point from six years back. In this time, the artists have changed, but music has remained on top of the charts.

Publication information:
Liikkanen L. & Salovaara A. Music on YouTube: User engagement with Traditional, User-Appropriated and Derivative Videos.
Computers in Human Behavior. Elsevier. DOI: 10.1016/j.chb.2015.01.067

Read the full article: http://authors.elsevier.com/a/1Qtbq2f~UVu9Lv

 Experience the video subtypes: http://tinyurl.com/youtubemusicstudy

Contact information:
Dr. Lassi A. Liikkanen
[email protected] industry analyst affiliated with the Helsinki Institute for Information Technology HIIT, Aalto University
+385 50 3841508

 Antti Salovaara, PhD.
[email protected]
Post-doctoral researcher at Aalto University, School of Business

  • Published:
  • Updated:

Read more news

A group of people posing on large stone steps in an amphitheatre. The building behind has large windows and a green roof.
Research & Art Published:
ınterns
Research & Art, University Published:

Pengxin Wang: The internship was an adventure filled with incredible research, unforgettable experiences, and lifelong friendships.

Pengxin Wang’s AScI internship advanced AI research, fostered global friendships, and inspired his journey toward trustworthy AI solutions.
Radiokatu20_purkutyömaa_Pasila_Laura_Berger
Research & Art Published:

Major grant from the Kone Foundation for modern architecture research - Laura Berger's project equates building loss with biodiversity loss

Aalto University postdoctoral researcher Laura Berger and her team have been awarded a 541 400 euro grant from the Kone Foundation to study the effects of building loss on society and the environment.
An artistic rendering of two chips on a circuit board, one is blue and the other is orange and light is emitting from their surf
Press releases Published:

Researchers aim to correct quantum errors at super-cold temperatures instead of room temperature

One of the major challenges in the development of quantum computers is that the quantum bits, or qubits, are too imprecise. More efficient quantum error correction is therefore needed to make quantum computers more widely available in the future. Professor Mikko Möttönen has proposed a novel solution for quantum error correction and has received a three-year grant from the Jane and Aatos Erkko Foundation to develop it.