imagining tesseracts
想象四维超立方体
tesseracts are four-dimensional geometric shapes.
超立方体是四维几何形状。
scientists use tesseracts to understand higher dimensions.
科学家用超立方体来理解更高维度。
the concept of tesseracts appears in science fiction.
超立方体的概念出现在科幻小说中。
tesseracts represent spatial relationships in four dimensions.
超立方体代表四维空间关系。
children find tesseracts fascinating to imagine.
孩子们觉得想象超立方体很有趣。
mathematicians study the properties of tesseracts.
数学家研究超立方体的性质。
tesseracts can be projected into three-dimensional space.
超立方体可以投射到三维空间。
the hypercube is another name for tesseracts.
超立方体是tesseracts的另一个名称。
visualizing tesseracts challenges our spatial thinking.
想象超立方体挑战我们的空间思维。
some artists incorporate tesseracts into their work.
一些艺术家把超立方体融入到作品中。
tesseracts appear in theoretical physics discussions.
超立方体出现在理论物理讨论中。
computer models help visualize tesseracts.
计算机模型帮助可视化超立方体。
imagining tesseracts
想象四维超立方体
tesseracts are four-dimensional geometric shapes.
超立方体是四维几何形状。
scientists use tesseracts to understand higher dimensions.
科学家用超立方体来理解更高维度。
the concept of tesseracts appears in science fiction.
超立方体的概念出现在科幻小说中。
tesseracts represent spatial relationships in four dimensions.
超立方体代表四维空间关系。
children find tesseracts fascinating to imagine.
孩子们觉得想象超立方体很有趣。
mathematicians study the properties of tesseracts.
数学家研究超立方体的性质。
tesseracts can be projected into three-dimensional space.
超立方体可以投射到三维空间。
the hypercube is another name for tesseracts.
超立方体是tesseracts的另一个名称。
visualizing tesseracts challenges our spatial thinking.
想象超立方体挑战我们的空间思维。
some artists incorporate tesseracts into their work.
一些艺术家把超立方体融入到作品中。
tesseracts appear in theoretical physics discussions.
超立方体出现在理论物理讨论中。
computer models help visualize tesseracts.
计算机模型帮助可视化超立方体。
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