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Omni-MATH / A square grid on the Euclidean plane consists of all points (m,n), where m and n are integers. Is it possible to cover all grid points by an infinite family of discs with non-overl…

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problem

A square grid on the Euclidean plane consists of all points (m,n)(m,n), where mm and nn are integers. Is it possible to cover all grid points by an infinite family of discs with non-overlapping interiors if each disc in the family has radius at least 55?
Plain-text mathematical notation (without MathML)
A square grid on the Euclidean plane consists of all points (m,n), where m and n are integers. Is it possible to cover all grid points by an infinite family of discs with non-overlapping interiors if each disc in the family has radius at least 5?
Original LaTeX notation
A square grid on the Euclidean plane consists of all points $(m,n)$, where $m$ and $n$ are integers. Is it possible to cover all grid points by an infinite family of discs with non-overlapping interiors if each disc in the family has radius at least $5$?

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