Scientists present new mathematical tools to better understand simulations of hyperbolic spaces. Their new toolbox includes what they call a 'dictionary between discrete and continuous geometry' to help researchers translate experimental results into a more useful form. With these tools, researchers can better explore the topsy-turvy world of hyperbolic space.
Friday, October 9, 2020
Mind and space bending physics on a convenient chip
Scientists present new mathematical tools to better understand simulations of hyperbolic spaces. Their new toolbox includes what they call a 'dictionary between discrete and continuous geometry' to help researchers translate experimental results into a more useful form. With these tools, researchers can better explore the topsy-turvy world of hyperbolic space.
Subscribe to:
Post Comments (Atom)
No comments:
Post a Comment