Skip to content

Erdős problem 484

Prove that there exists an absolute constant c>0c>0 such that, whenever {1,…,N}\{1,\ldots,N\} is kk-coloured (and NN is large enough depending on kk) then there are at least cNcN many integers in {1,…,N}\{1,\ldots,N\} which are representable as a monochromatic sum (that is, a+ba+b where a,b∈{1,…,N}a,b\in \{1,\ldots,N\} are in the same colour class and a≠ba\neq b).

Workspace

Opens this exact Problem and source revision in Workbench. Nothing is cloned, uploaded, or executed.

How a contribution reaches this record

Seven steps, in four places.

  1. Read the sources and their formal declarations.

    Public
  2. Work on it, wherever you work.

    Your machine
  3. Keep an Approach and its Attempts here.

    Needs an account
  4. Attach evidence by its content root.

    Needs an account
  5. Prepare an unsigned Submission draft.

    Needs an account
  6. Sign it with your own key.

    Your machine
  7. The Repository decides.

    The Repository

Reported activity

Reported by these sources. Not reviewed here.