Music and History, National Anthem Edition: Italy




Vittorio Emanuele II, first king of united Italy.





Music and History, National Anthem Edition: Germany




Portrait of Franz Josef Haydn, by Thomas Hardy




Next: do you know the Italian national anthem?

Music and History, National Anthem Edition: Britain and France












Music and History, National Anthem Edition







Pumbaa the Philosopher

My favorite scene in the movie The Lion King is the one where the three friends—Timon the meerkat, Pumbaa the warthog, and Simba the lion—are lying on their backs looking at the night sky and discussing the stars. Pumbaa asks the others if they’d ever wondered what “those sparkly dots” are. Timon replies that he knows what they are—they’re fireflies that got stuck in “that big bluish-black thing.” Pumbaa answers that he always thought they were “balls of gas burning billions of miles away.” Finally, after much prodding, Simba says, “Somebody once told me that the great kings of the past are up there watching over us,” and the other two laugh at him.

This is my favorite scene because it’s the perfect way to introduce a class discussion of the beginnings of ancient Greek philosophy. Simba’s explanation is different from the other two. It is mythical, in the original ancient Greek sense of “storytelling”—a mythos is literally a story. Simba even presents it as a story that someone told him (the audience knows it was his father Mufasa): “Somebody once told me” that the stars were “the great kings of the past.”

In contrast, both Timon’s and Pumbaa’s explanations are what we could call scientific—based on observations explained rationally. Timon’s explanation is based on everyday sense experience. Fireflies are sparkly things that fly around at night, so the stars must be fireflies that got stuck in the dome of the sky. Pumbaa’s explanation (which, of course, is the right one—the stars really are “balls of gas burning billions of miles away”) depends on observations made at a distance incorporated into a rational framework. 1

Timon’s and Simba’s explanations are analogous to the ideas of the earliest Greek philosophers. In the 6th century B.C.E., some Greeks who lived in cities in the region known as Ionia (the west coast of Asia Minor, or modern Turkey) began to give rational instead of mythical answers to questions about the natural world. “Nature” in ancient Greek is physis, so they are called the “Ionian physicists”—the guys from Ionia who studied nature.2 These early philosophers were convinced that the universe, although apparently chaotic, is actually orderly and can be explained rationally. The Greek word for “chaos” was chaos; the Greek word for “order” was cosmos, which was then extended to refer to the orderly universe (the cosmos has a cosmos). The Ionian physicists thought that the apparent diversity and disorder of the universe could be reduced to a single underlying principle, which they called the arche. Thales, for example, proposed that the arche was water; for Anaximenes it was air.

Herodotus, the first Greek historian (literally, “inquirer”), mostly inquired about human events. But his curiosity was so omnivorous that he sometimes inquired about natural phenomena—physis—as well. For example, in book II of the Histories, where he discusses Egypt, he wonders about the annual flooding of the Nile. He presents three possible explanations, all of which he rejects, but which correspond well to the three friends from Lion King.

One of Herodotus’ explanations, like Simba’s “great kings of the past,” is mythical. The Nile “flows from Ocean,” which flows “round the whole world.” Herodotus says that this explanation “has less knowledge” and is “more wonderful in the telling” than the others because it has its source in poets like Homer: this “story . . . is indeed only a tale” [mythos]that “cannot be disproved. . . . . For myself, I do not know that there is any river Ocean, but I think that Homer or one of the older poets found the name and introduced it into his poetry.”3

In contrast, Herodotus’ other two explanations of the Nile floods are rational, similar to Timon’s and Pumbaa’s understandings of the stars. One is based, like Timon’s fireflies, on everyday sense experience. The Nile floods, some say, because winds from the north prevent the river water from flowing into the Mediterranean, causing it to back up and overflow its banks. Unfortunately, says Herodotus, those winds don’t always blow, yet the river still floods. 4 The other rational explanation, like Pumbaa’s, depends on processes that are far removed from what we can see. It is “more reasonable-seeming than the others yet is the most deceived; for it too makes no sense at all. It declares that the Nile comes from the source of melting snow.” But that is contrary to reason, Herodotus argues, because upstream the Nile flows through climates even hotter than Egypt’s—so how could there be any snow there to melt?5

After debunking the three explanations, Herodotus proceeds to give his own—which is also wrong, as it turns out.6 The Nile actually flooded because of monsoon rains far from Egypt.7 But the first three explanations are a textbook demonstration of the shift from mythical understanding of the cosmos to a rational one. It’s almost like Herodotus saw The Lion King.

Thanks to my colleague Michael Sollenberger for consultation on Herodotus’ language.

Violists get no Respect

But Research is Delightful






Mercurial Connections

I teach a course called “Harry Potter and the Middle Ages.” It’s an approach to medieval culture that takes the Harry Potter books as a starting point; we learn about the medieval background to many of the elements JK Rowling used to construct the Harry Potter universe. The course is organized around the Hogwarts curriculum. For example, in conjunction with Care of Magical Creatures, we study medieval bestiaries and medieval map-making (both Fantastic Beasts AND where to find them). Transfiguration and Potions classes offer the opportunity to learn about medieval alchemy.

Alchemy is clearly an important theme in the Harry Potter books, starting with the title and plot of the first book, Harry Potter and the Philosopher’s Stone. 1 It does not appear to be one of the courses offered at Hogwarts, however; perhaps Rowling wanted to save it for her underlying structure. In any case, learning more about alchemy enhances our understanding of both the Harry Potter books and of the Middle Ages.

The more I read about alchemy, the more I realized that mercury is a key substance in the alchemical worldview. Many medieval and early-modern alchemists hypothesized that the starting point for generating the Philosopher’s Stone was to mix mercury and sulfur (which may or may not refer to the physical substances that go by those names); this is known as the Mercury-Sulfur principle. I also realized that the meaning of Mercury is multivalent, with multiple connections to multiple things. Let’s trace some of those connections. The words in bold face are shown on the accompanying diagram.

Mercury was a Roman god, the Roman counterpart to the Greek messenger god Hermes. In late antiquity, Hermes also became identified with Hermes Trismegistus, or “thrice-blessed Hermes,” a figure to whom many early alchemical writings were attributed, known collectively as the Hermetic corpus and which were influenced by Neo-Platonist thought. This Hermetic tradition is evident in the term used by medieval alchemists to describe what they did to keep air out of a piece of equipment, a term we still use—“hermetically sealed.

In addition to being the name of a god, Mercury is also the name of a planet. Ancient and medieval astrologers believed that the stars and planets influenced life on earth. Which planet a person was born under influences that person’s personality. Someone born under the influence of Jupiter might grow up to be jovial (jolly), while Saturn’s influence would make you saturnine (gloomy). The influence of Mercury, the fastest-moving planet, results in a personality that is mercurial (quick to change).

In ancient cosmology, each of the seven planets was associated with one of the seven metals. (“Planet,” from the Greek for “wanderer,” was the term for any heavenly body that “wandered” in relation to the fixed stars that form the constellations, which stay put. So the Sun and Moon were considered planets, but the stationary Earth was not.) Some of the associations are obvious—gold goes with the sun, silver with the moon. Mars is associated with iron, both because of the planet’s rusty-red color and because the god of war would have used iron weapons. Venus is copper, which in the ancient Mediterranean came from the island of Cyprus, where Venus was born from the sea.2 Saturn is lead, the heaviest of metals for the slowest of the planets. Jupiter gets tin because that’s what’s left over, and the planet Mercury, the fastest-moving planet associated with the god with winged feet, gets the slippery-slidy metal Mercury.

With one exception, we no longer use these associations. But alchemical texts might speak of combining Jupiter and Mars when they mean tin and iron. The only one of the metals that still retains its planetary name in common use is Mercury. There is, however, also a name that refers to the metal only—quicksilver. “Quick” here means “living,” rather than “speedy”; think of cutting your nails to the quick. So “quicksilver” is “living silver.” The Greek name for the metal is “hydroargyrum,” or “liquid silver.” This is the source of the modern chemical abbreviation for mercury (or quicksilver)—Hg.

So what does all this have to do with Harry Potter? Well, which character has a name that’s a form of the god/planet/metal we’ve been talking about? That’s right, Hermione (a feminine form of Hermes). And what’s her last name? Granger. So what does that make her initials? HG. And what do her parents do? They’re dentists. What do dentists traditionally make fillings out of? Mercury. Coincidence? I think not.

For further reading:

Lawrence M. Principe. The Secrets of Alchemy. Chicago and London: University of Chicago Press, 2013.

Renaissance Gettysburg

One gorgeous summer afternoon a few years ago, while in Gettysburg, PA for a chamber music camp, I used our afternoon break from playing string quartets to visit the Gettysburg National Military Park and take some photos. I stopped the car at the most prominent monument I could see, which turned out to be the Pennsylvania Monument.

As I was walking around it looking for good photographic angles, I noticed how the summer sky was framed by the monument’s arch. “That’s beautiful,” I thought. “It looks just like a painting.” Then I realized, “Hold on—it looks like THE painting.” A quick search on my phone confirmed my suspicion. The Pennsylvania Monument is indeed very similar to the architectural setting of Raphael’s 1509 fresco The School of Athens, right down to the sky framed by the arch. (The other tourists visiting the Battlefield that day probably wondered why I was jumping up and down in excitement).

So, was The School of Athens the inspiration for the design of the Pennsylvania Monument? The monument was commissioned in 1907 by the Pennsylvania state legislature; architect W. Liance Cottrell was awarded the job. (Sculptor Samuel Murray, who studied with Thomas Eakins, got the sculpture commission.) The monument was still incomplete when dedicated in 1910; more money was appropriated and the finished memorial was rededicated on July 1, 1913, as part of the 50th anniversary commemoration of the Battle of Gettysburg.

I have so far been unable to find any evidence that Cottrell had Raphael’s fresco specifically in mind when he designed the memorial to Pennsylvanians who fought at Gettysburg. Cottrell was trained in the Beaux-Arts school of architecture, which made extensive use of classical style. Raphael and Cottrell may simply have chosen the same classical elements for their creations. But I like to imagine that Cottrell tried to bring Raphael’s imaginary building to life on the field of Gettysburg.


Progress and Piano Professors



Scott Joplin



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Progress and Parlor Music





Amy Beach

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