Musical Intelligence: Sensing and Interpreting Music in the Brain

Notes by Howard Gardner

According to my definition, an intelligence should not be tied uniquely to a single sensory system. Linguistic intelligence operates, whether one listens, reads, or detects patterns in Braille; spatial intelligence is active in individuals who are blind.

For that reason, musical intelligence has posed a dilemma for me. On the one hand, it seems to be a quite separate human faculty, one analogous in power and complexity to numerical or linguistic computation, and worthy of including within the family of intelligences. On the other hand, for most persons, for most of the period of history, musical creation and perception has been closely tied to the auditory system. I have had to play the ‘rhythm’ card to base music’s super-sensory status on the multi-modality status of rhythm and on the importance of bodily intelligence in the production of musical patterns.

But as technology improves, and as our understanding of the human brain increases, it seems increasingly likely that music can be dissociated, in significant part, from the “auditory-exclusivity channel.” We have already experienced many efforts to visualize musical compositions, some obviously more successful than others, some algorithmic, others involving considerable artistic choice. At concerts now, we see interpreters attempting to convey the sounds and words of musical compositions to deaf individuals in the audience. I take seriously the views of neuroscientist Gottfried Schlaug: “Music has the unique ability to go through alternative channels and connect different sections of the brain.”

Recent studies have also shown the ability of music to boost cognitive development in the young, to facilitate more effective processing of information from the senses, and to create connectivity between different parts of the brain. To read more, please click here.

Beyond the Turing Test

The Turing Test, developed by British scientist Alan Turing and now familiar to viewers of the 2014 movie “The Imitation Game,” has long been considered the gold standard for the measurement of human intelligence. If, by its responses to a set of challenging verbal questions, a computer can fool a careful observer, then the computer would be deemed intelligent.

Now it is being increasingly recognized that no single set of questions, delivered in a single format, can determine whether a machine is intelligent. Rather, as described in an article from Science, a new and improved Turing Test must incorporate several measures due to the expanding capabilities of artificial intelligence. To quote from the article, in a new Turing Championship that would include a greater number of benchmarks and questions for computers, “the proposed challenges acknowledge that intelligence has multiple dimensions, from language acquisition to social awareness, that are best tackled piece by piece.”

Thus, a modern Turing Test should seek to measure various capabilities present in the human mind as a determinant of whether a respondent is human. And indeed, the list of capacities in this article—from physical movement to the ability to collaborate—is quite reminiscent of the ensemble of multiple intelligences.

Click here to read the full article via Science.

Good Grit vs. Bad Grit

The Huffington Post has published a blog post by Howard Gardner and Jeffrey Beard in which they discuss the concept of "grit."

Appearing in C.M. Rubin's "The Global Search for Education" column and following a Q&A format, Gardner and Beard comment on how to know whether a project has good grit or bad grit, how to foster values that promote the good, and current examples of "good grit" in action.

Read the article in full via The Global Search for Education.

Jeffrey Beard is the former Director General of the International Baccalaureate Organization and currently Chairman and Founder of Global Study Pass.

Cleese Autobiography References Multiple Intelligences

John Cleese's November 2014 autobiography So, Anyway... contains a short passage mentioning Howard Gardner's theory of multiple intelligences.

A renowned British comedian, Cleese's book describes his rise to stardom, from his days as a law student at Cambridge University in England to his meteoric success as a member of the famous comedy troupe Monty Python.

Discussing his time at university, Cleese muses about the definition of intelligence, agreeing with Gardner's multiple intelligences theory that there exist various and independent intellectual capacities in the human brain. "Which helps me understand why I sometimes think I am quite bright and sometimes feel like a complete dolt," says Cleese.

Read a review of Cleese's book that also mentions MI theory via The Herald Scotland, or buy a copy of So, Anyway... on Amazon.

Gardner Receives Brock International Prize

Howard Gardner has been named as the 2015 recipient of the Brock International Prize in Education.

An annual award given to individuals who have made a significant contribution to the practice or understanding of education, Gardner will be honored at the Brock Prize Symposium in March 2015 in Tulsa, Oklahoma. Gardner is best known for his theory of multiple intelligences, which posits that there are several independent intellectual capacities in the human brain, a critique of standard psychometric instruments.

Read the full press release via the Harvard Graduate School of Education, in which Gardner also formally announces his newest research project, or visit the Brock International Prize’s website for further information.