 A similar result for square containers has been established earlier this year, using the versatile, divide-and-conquer-based Split Packing algorithm.
<meaning-changed>  A similar result for square containers has been established earlier this year, using the versatile, divide-and-conquer-based Split Packing algorithm.
 Similar results have long been known for squares, but to the best of our knowledge, we give the first results of this type for circular objects. Our proofs are constructive: We describe a versatile, divide-and-conquer-based Split Packing algorithm.