Notes 2.5 1 is a square (mod 35). Two of its square roots are 1 and (‐1 ≡ 34 (mod 35)). What are the other two?
Notes 2.6 Consider all the possible sets of two square roots s, t of 1 (mod 35) where s ≢ t (mod 35) (there are six of them, since addition is commutative (mod 35).
For all possible combinations, compute gcd(s + t, 35). Which combinations give you a single prime factor of 35?
Notes 2.7 Using CRT notation, show what is going on for all the combinations you considered in Notes 2.6. Explain why gcd(s + t, 35) sometimes gave you a factor, and it sometimes did not
Notes 2.8 Explain how you can make a digital signature that is mathematically equivalent to factoring using the results you considered in this Notes.
2.5.1)
So that
Thus,
Solving each of these equations pairwise we get
So the other two roots are
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