XML3D Physics: Declarative Physics Simulation for the Web

In ReleQuant, teachers, physics experts, and physics education researchers collaborated in developing web-based learning resources for general relativity and quantum physics

Quantum physics and relativity are demanding for teachers and students, but have the potential for students to experience physics as fascinating and meaningful. Project

In § 2 we first obtain an ‘easy bound’ on d such that a threefold is uniruled in degree one (Proposition 2.1) and then we show how to reduce the proofs of our main results (Theorem

To investigate the impact of cloud micro-physics on the simulated windstorm, ¿ve additional simulations are done with the WRF model using different micro-physics schemes in

This thesis is a part of an ongoing study of integrated enhanced oil recovery methods in the Reservoir Physics research group at the Department of Physics and Technology at

Ad- ditionally, we have introduced a new rendering pipeline on the GPU based on the online construction of a distance field volume from the extracted surface particles, which

The individual physics engine has to provide appropriate shape types to derive an equivalent physical object based on the data of a 3D object in X3DOM.. Beyond that,

Inspired by the principles of computational design, we satisfy these requirements by generating muscle primitives automatically, complete with tendons and fiber fields, using