…world (or understand what it takes to build such a world). Energy3D is unique because it is based on computational building physics, done in real time to produce interesting heat…
…collect real-time data via probes and sensors. These activities will form examples of next-generation—deeply digital—curricula. The initial development of the Molecular Workbench was funded by a series of grants from…
…the house. I thought to myself, ‘When we make our house, it will be the best.’” Indeed, the house performed unexpectedly. When the “sun” (desk lamp) was shining in the…
…for free and includes ten online and five hands-on activities that address the Big Ideas in Evolution. The first five online activities focus on a model plant species and allow…
…slowly as shown in it). After some sleepless nights, I finally implemented a real radiation solver, coupled it with the heat and fluid solvers, and supported both the convex and…
…to draw a variety of shapes, which then move realistically on the screen: they fall, slide, roll, and bump into each other–just like objects in the real world they model…
…initial conditions can change the outcome. During the workshop, teachers explored questions like: How might a student’s perception of risk help them understand what decisions might be made? Are current…
…or a social science should care about it? Computer science, Wiedemann explains, teaches a way of thinking that can provide answers to all sorts of questions related to students’ true…
…this learning process look like? Does it look like human intelligence? Linguists and computer scientists alike explore these questions. AI is the branch of computer science involved with building computational…
…to a great start. On my first day as a new teacher, in 2007, a moderate earthquake shook our community. My students came back the second day filled with questions,”…