Uniqueness for sums of nonvanishing squares Published in Integers, 2020We address the issue of uniqueness for sums of nonvanishing squares; that is, we determine all positive integers N that can be represented as a sum of k 5 nonvanishing squares in essentially only one way. Our methods are elementary and are based on a lower bound on the number of 1s that must be present in such a representation.Recommended citation: N. Kosovalic and B. Pigott, "Uniqueness for sums of nonvanishing squares." Integers. 20 (2020). http://math.colgate.edu/~integers/u93/u93.pdf (PDF) Found on Publication Page
Uniqueness for sums of nonvanishing squares Published in Integers, 2020We address the issue of uniqueness for sums of nonvanishing squares; that is, we determine all positive integers N that can be represented as a sum of k 5 nonvanishing squares in essentially only one way. Our methods are elementary and are based on a lower bound on the number of 1s that must be present in such a representation.Recommended citation: N. Kosovalic and B. Pigott, "Uniqueness for sums of nonvanishing squares." Integers. 20 (2020). http://math.colgate.edu/~integers/u93/u93.pdf (PDF)
Nonlinear profile decomposition and the concentration phenomenon for supercritical generalized KdV equations Published in Indiana University Mathematics Journal, 2018A nonlinear profile decomposition is established for solutions of supercritical generalized Korteweg-de Vries equations. As a consequence, we obtain a concentration result for finite-time blow-up solutions that are of type II.Recommended citation: L.G. Farah and B. Pigott, "Nonlinear profile decomposition and the concentration phenomenon for supercritical generalized KdV equations." Indiana Univ. Math. J.. 67 (5) (2018). https://doi.org/10.1512/iumj.2018.67.7471 Found on Publication Page
Nonlinear profile decomposition and the concentration phenomenon for supercritical generalized KdV equations Published in Indiana University Mathematics Journal, 2018A nonlinear profile decomposition is established for solutions of supercritical generalized Korteweg-de Vries equations. As a consequence, we obtain a concentration result for finite-time blow-up solutions that are of type II.Recommended citation: L.G. Farah and B. Pigott, "Nonlinear profile decomposition and the concentration phenomenon for supercritical generalized KdV equations." Indiana Univ. Math. J.. 67 (5) (2018). https://doi.org/10.1512/iumj.2018.67.7471
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