
(credit: ThomasLife)
Our brains are apparently really good at divvying up heavy mental loads. In the decades since scientists started taking snapshots of our noggins in action, they’ve spotted dozens of distinct brain regions in charge of specific tasks, such as reading and speech. Yet despite documenting this delegation, scientists still aren’t sure exactly how slices of our noodle get earmarked for specific functions. Are they preordained based entirely on anatomy, or are they assigned as wiring gets laid down during our development?
A new study, published this week in Nature Neuroscience, adds more support for that latter hypothesis. Specifically, researchers at MIT scanned the brains of kids before and after they learned to read and found that they could pinpoint how the area responsible for that task would develop based on connectivity patterns. In other words, the neural circuitry and hookups laid down prior to reading determined where and how the brain region responsible for reading, the visual word form area, or VWFA, formed.
“Long-range connections that allow this region to talk to other areas of the brain seem to drive function,” Zeynep Saygin, lead study author and researcher at MIT’s McGovern Institute for Brain Research, said in a news release.
HP hat seine Stream-Serie aktualisiert. Die Rechner sollen sich, wie Googles Chromebooks, vor allem an Cloud-Nutzer richten. Der lokale Speicherplatz ist nur für das System da. Trotzdem gibt es nicht alle Verbindungsoptionen. Dafür sind die Stream-Notebooks günstig. (

Nachdem Intel und Micron mit Ankündigungen zu 3D-Xpoint-basierten Produkten vorgeprescht sind, ziehen Samsung und Flash Forward nach: Die Südkoreaner haben die Z-SSD entwickelt, das Joint Venture aus Toshiba und Western Digital setzt auf 3D-ReRAM. Samsung will noch 2016 vor Intel liefern und zeigte diverse Benchmarks. (


Ganz egal, wie Nutzer im Netz kommunizieren: Bundesinnenminister de Maizière will alle Anbieter dazu verpflichten, die Verbindungsdaten auf Vorrat zu speichern. (