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The Emily Dickinson Museum’s Annual Tell

It Slant Poetry Festival is an event with international reach that celebrates Emily Dickinson’s poetic legacy and the contemporary creativity she and her work continues to inspire from the place she called home.

The Festival is named for Dickinson’s poem, “Tell all the truth but tell it slant,” emphasizing the revolutionary power of poetry to shift our perspective and reveal new truths. Festival organizers are focused on presenting established and emerging poets who represent the diversity of the contemporary poetry landscape and to building community by introducing poetry to public spaces.

This year’s program features workshops, panels, and readings, by a diverse and talented group of poets from around the world. The cornerstone of the Festival, the Emily Dickinson Poetry Marathon, is an epic reading of all 1,789 of Emily Dickinson’s poems.

To follow along with the Emily Dickinson Poetry Marathon, get your copy of the Franklin edition from the Emily Dickinson Museum Shop.

The annual event attracts a diverse audience of Dickinson fans and poetry lovers, including students, educators, aspiring writers, and those who are new to poetry and literary events. Past Festival headliners have included Marilyn Nelson, Abigail Chabitnoy, Tracy K. Smith, Tiana Clark, Tess Taylor, Ada Limón, Jericho Brown, Franny Choi, Aimee Nezhukumatathil, Paisley Rekdal, Adrian Matejka, Kaveh Akbar, and Ocean Vuong.

Support The Tell It Slant Poetry Festival:

Admission to all Poetry Festival events is free-made possible by contributions from Museum supporters. Please consider making a donation of any size during the registration process or anytime on the Museum’s website.

(Adaptado de: Tell It Slant Poetry Festival 2024 Schedule. In: Emily Dickinson Museum (online) – Programs. (sem data). Disponível em: . Acesso em: 14 ago. 2024.)

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(PICH, E.; KUNZ, J. WAR.AND.PEAS. Beyond Time and Space. 23 jun. 2024. Disponível em: . Acesso em: 1 ago. 2024.)

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The seeds in a sunflower exhibit a golden spiral, which is tied to the Fibonacci sequence.

(Image credit: belterz/Getty Images)

The Fibonacci sequence is a series of numbers in which each number is the sum of the two that precede it. Starting at 0 and 1, the first 10 numbers of the sequence look like this: 0, 1, 1, 2, 3, 5, 8, 13, 21, 34, and so on forever. The Fibonacci sequence can be described using a mathematical equation: X_n+2 = X_n+1 + X_n. People claim there are many special properties about the numerical sequence, such as the fact that it is “nature’s secret code” for building perfect structures, like the Great Pyramid at Giza or the iconic seashell that likely graced the cover of your school mathematics textbook. But much of that is incorrect and the true history of the series is a bit more down-to-earth. The first thing to know is that the sequence is not originally Fibonacci’s, who in fact never went by that name. The Italian mathematician who we call Leonardo Fibonacci was born around 1170, and originally known as Leonardo of Pisa, said Keith Devlin, a mathematician at Stanford University. (...)

“Liber Abaci” first introduced the sequence to the Western world. But after a few scant paragraphs on breeding rabbits, Leonardo of Pisa never mentioned the sequence again. In fact, it was mostly forgotten until the 19th century, when mathematicians worked out more about the sequence’s mathematical properties. In 1877, French mathematician Édouard Lucas officially named the rabbit problem “the Fibonacci sequence”, Devlin said. Other than being a neat teaching tool, the Fibonacci sequence shows up in a few places in nature. However, it’s not some secret code that governs the architecture of the universe, Devlin said.

It’s true that the Fibonacci sequence is tightly connected to what’s now known as the golden ratio, phi, an irrational number that has a great deal of its own dubious lore. The ratio of successive numbers in the Fibonacci sequence gets ever closer to the golden ratio, which is 1.6180339887498948482. The golden ratio manages to capture some types of plant growth, Devlin said. For instance, the spiral arrangement of leaves or petals on some plants follows the golden ratio. Pinecones exhibit a golden spiral, as do the seeds in a sunflower, according to "Phyllotaxis: A Systemic Study in Plant Morphogenesis"(Cambridge University Press, 1994). But there are just as many plants that do not follow this rule.

Adaptado de: What “is the Fibonacci sequence”?, Deblin said | Live Science.