A new Kelly Writers House podcast is now out (#36 in our ongoing series). In this podcast, we hear an excerpt from an artist's talk by Francie Shaw, whose show was exhibited in our Brodsky Gallery in the late autumn of 2013. For more about the event, click here. To listen to the podcast, introduced by Allison Harris, click here. For a video recording of the full event, click here.
We at PennSound are beginning to analyze quantities and types of downloads from our archive. From time to time we will have something to say about what we discern in such analysis. For now, this fascinating and not-quite-explainable factoid: since January 1, 2014, one of the five most-oft downloaded MP3 recording from PennSound has been a poem by Michael Palmer, performed at Buffalo in 1990: “Recursus to Porta” (3:34): MP3. And the poet whose PennSound recordings were most frequently downloaded during this time has been Norman Fischer.
Co-winner of the Ralph Gustafson Poetry Award and born and raised in Regina, writer Judith Krause is the current and fifth Poet Laureate of Saskatchewan, an appointment that acknowledges her having “meaningful connections with other writers and experience organizing occasions for thinking about poetry differently” and that includes her teaching experience at Sage Hill, an inspirational place for visiting writers. In an interview with The Leader Post, Emma Graney indicates that Krause’s main goal is to raise the profile of Saskatchewan poetry and “celebrate the spirit of poets” in the province, despite the genre's “quiet profile.” In her most recent collection Mongrel Love, we may admire her uncanny mix of wry humour and mammalian sympathies that Dante Alighieri would surely agree flow along absolutely caninamente.
I have often thought of Werner Heisenberg’s interpretation of quantum mechanics as the most conceptually radical of the breakthroughs in theoretical physics to emerge in the last and current century, in part, due to its claim that physical reality cannot be observed. This claim challenged Isaac Newton’s classical mechanics and the scientific method, which assumed that physical reality can be observed and tested and that principles of nature can be determined.