Think Molecularly: An Infrared Imaging Experiment Opens a Door to Deep Scientific Explorations Blog Post
…story end now? Absolutely no. The new questions you can ask will be practically endless if you keep “thinking molecularly.” The following are six extended questions I have asked myself….
…technologies like IR imaging, the line between research and education is never so blurry. This ought to get science educators to think about the possibilities opened up by new technologies….
…one bought more than six years ago. Worse, it feels much slower than my new Thinkpad tablet, which is powered by a recent I7 dual-core processor. The fact that a…
…She’d love a new set of heat transfer models! Another finalist is looking for a model of nutrient runoff into coastal waters and how that stimulates harmful algal bloom production….
…volume or pressure. Molecular Workbench makes the gases, volume, and pressure visible. With a new set of Next-Generation Molecular Workbench interactives, students can experiment with increasing the pressure on a…
…example to the right, “How solar cycles affect the duty cycle of a thermostat,” showcases this new feature. When you click the “Java Webstart Installer” on the website, the software…
…with more traditional areas of physics research. Sadly, a new dean eliminated AMSTEL in 2010. Ton soldiers on from a nonprofit he founded in 1987 (Foundation CMA), but with a…
…as augmented reality) refers to the blending of real and virtual worlds to create new environments where physical and digital objects co-exist and interact in real time to provide user…
…year. We can easily change the latitude and collect a new set of data. Figure 1 shows the global insolation pattern from the North Pole to the South Pole. The…
…already a highly interactive system–you can change anything that is allowed to change by the author of a simulation while it is running. Recently, I have added two new features…