Announcing “Wish4” [#geekgirl] [#elit]
The inspiration for Wish4 came from an article describing how the use of mobile devices right before bed makes the production of melatonin – a substance human bodies produce naturally in order to induce sleep – less likely. This disruption of our normal sleep cycle via our voluntary use of tech designed for ease-of-use led me to ponder the subject of the allure of the digital news cycle – how many of us feel compelled to be perpetually connected, 24/7, to shareable “news”? Wish4 explores the perpetual pull of a user’s desire to be continually digitally connected.
This project takes as its inspiration this perpetual tugging at a user’s consciousness by the digital: each day, for 40 days, I’ll create and post a creative response that will take as its immediate inspiration a headline – or item – drawn from the electronic news cycle of that specific day.
|||This project has been assisted by the Australian Government through the Australia Council for the Arts, its arts funding and advisory body.|||‘
#Freespace: A Month of Civic Hacking for A [US] Dollar [#geekgirl]
“[freespace] cultivates civic hacks. It is hosted in a 14,000 square foot warehouse in San Francisco’s Central Market District. Through the gift of temporary, underutilized physical space, [freespace] fosters creativity, community and civic innovation. Join us at 1131 Mission St.”
Watch more about this fantastic initiative below.
When a Good #Rhythm Can also Be a Bad Rhythm – A Story of Bug #Communication [#geekgirl]
“Substrate-borne sound (vibrational) communication is used by more than 200,000 arthropod species, most of which communicate on plants. In nature animals often communicate in situations when several individuals emit signals at the same time. For animals communicating acoustically, in such situations the problem of perceiving signals is equivalent to the human “cocktail party problem” formulated as: “How do we recognize what one person is saying when others are speaking at the same time?” However, for animals the problem is compounded by signals of other species present in the same environment. In many insects song rhythm is the most crucial parameter for mate recognition. While on one hand species-specific temporal pattern enables partners to find each other, on the other hand relying exclusively on song rhythm often leads to identification errors, when songs from several singing individuals combine to form an unattractive rhythm.
Meta Virant-Doberlet works as Sciences Councillor at the Department of Entomology at the National Institute of Biology, Ljubljana. She completed her studies and Ph.D. in biology at the University of Ljubljana. As a Ph.D. student she worked at the Max Planck Institute for Behavioral Physiology in Seewiesen and recently she held a senior Marie Curie Fellowship at Cardiff University. Her main research is on insect vibrational communication with a particular focus on vibrational communication networks. Meta Virant-Doberlet has published articles in several journals, for instance, “Duetting Behavior in the Leafhopper Aphrodes makarovi” (with M. de Groot et al., 2012); “Exploitation of Insect Vibrational Signals Reveals a New Method of Pest Management” (with A. Eriksson et al., 2012); “Species Identity Cues: Possibilities for Errors During Vibrational Communication on Plant Stems” (with M. de Groot et al., 2011).”