This time, we'll explore the laws of the 4D universe - General Relativity in 5D spacetime (4 spatial + 1 time dimension) and the structure of rotating black holes.

This article continues delves into rendering, rotation control, and advanced materials through a dynamic material and lighting scene, and a dice control example.

Today we begin a new series introducing how to use the 4D graphics engine Tesserxel to write your own 4D scenes. This is aimed at readers who already have some coding background, have worked with Java

This article introduces the representation of lines and cells in the state space to solve plane-cell and line-plane angle range problems. This article also introduces how 4D rotations correspond to tr

This article defined an abstract plana state space for easier geometric visualization of angles between planes, extending angles from acute to real number. A simulator explores their possible ranges.

Let's look at possible fictional 4D molecules. KWOK Chun shared a similar 4D periodic table with me. 4denthusiast built a framework of particle physics and pioneered 4D computational chemistry.

The inverse-cube law of 4D force makes atomic theory seemingly untenable. However, if we temporarily set aside this physical obstacle, it is still possible to construct a 4D periodic table analogous t

This time we'll look at standing wave patterns on hyperspheres — what Hyperspherical Harmonics look like. They are related to possible wave function shapes of 4D atoms (which I plan to explore in deta