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Page 1: sum-2-cubesusers.ictp.it/~villegas/publications/sum-2-cubes.pdf · normalized central values Of certain Hecke Is-series) are always squares, and we Can get their square roots as follows
Page 2: sum-2-cubesusers.ictp.it/~villegas/publications/sum-2-cubes.pdf · normalized central values Of certain Hecke Is-series) are always squares, and we Can get their square roots as follows
Page 3: sum-2-cubesusers.ictp.it/~villegas/publications/sum-2-cubes.pdf · normalized central values Of certain Hecke Is-series) are always squares, and we Can get their square roots as follows
Page 4: sum-2-cubesusers.ictp.it/~villegas/publications/sum-2-cubes.pdf · normalized central values Of certain Hecke Is-series) are always squares, and we Can get their square roots as follows
Page 5: sum-2-cubesusers.ictp.it/~villegas/publications/sum-2-cubes.pdf · normalized central values Of certain Hecke Is-series) are always squares, and we Can get their square roots as follows
Page 6: sum-2-cubesusers.ictp.it/~villegas/publications/sum-2-cubes.pdf · normalized central values Of certain Hecke Is-series) are always squares, and we Can get their square roots as follows
Page 7: sum-2-cubesusers.ictp.it/~villegas/publications/sum-2-cubes.pdf · normalized central values Of certain Hecke Is-series) are always squares, and we Can get their square roots as follows
Page 8: sum-2-cubesusers.ictp.it/~villegas/publications/sum-2-cubes.pdf · normalized central values Of certain Hecke Is-series) are always squares, and we Can get their square roots as follows
Page 9: sum-2-cubesusers.ictp.it/~villegas/publications/sum-2-cubes.pdf · normalized central values Of certain Hecke Is-series) are always squares, and we Can get their square roots as follows
Page 10: sum-2-cubesusers.ictp.it/~villegas/publications/sum-2-cubes.pdf · normalized central values Of certain Hecke Is-series) are always squares, and we Can get their square roots as follows
Page 11: sum-2-cubesusers.ictp.it/~villegas/publications/sum-2-cubes.pdf · normalized central values Of certain Hecke Is-series) are always squares, and we Can get their square roots as follows
Page 12: sum-2-cubesusers.ictp.it/~villegas/publications/sum-2-cubes.pdf · normalized central values Of certain Hecke Is-series) are always squares, and we Can get their square roots as follows