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How about this? It's short, it's sweet and is happening now.

Jacob Holm was flipping through proofs from an October 2019 research paper he and colleague Eva Rotenberg—an associate professor in the department of applied mathematics and computer science at the Technical University of Denmark—had published online, when he discovered their findings had unwittingly given away a solution to a centuries-old graph problem.

AThe original paper review gives away a solution to a centuries-old graph problem, which in turn could lead to better quantum computers.: Worst-Case Polylog Incremental SPQR-trees: Embeddings, Planarity, and Triconnectivity

How about this? It's short, it's sweet and is happening now.

A paper review gives away a solution to a centuries-old graph problem, which in turn could lead to better quantum computers.

How about this? It's short, it's sweet and is happening now.

Jacob Holm was flipping through proofs from an October 2019 research paper he and colleague Eva Rotenberg—an associate professor in the department of applied mathematics and computer science at the Technical University of Denmark—had published online, when he discovered their findings had unwittingly given away a solution to a centuries-old graph problem.

The original paper: Worst-Case Polylog Incremental SPQR-trees: Embeddings, Planarity, and Triconnectivity

Source Link

How about this? It's short, it's sweet and is happening now.

A paper review gives away a solution to a centuries-old graph problem, which in turn could lead to better quantum computers.

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