Papers for Euler Circle
p
-adic analysis, Spring 2026
Aarav Shah:
P-adic String Theory
Abdul Rafay:
Profinite Fibonacci Numbers
Aleksei Lopatin:
P-adic Weierstrass Factor Theorem
Alexander Braun:
Theorems and Examples of Profinite Fibonacci Numbers
Aryan Dhoria and Isabelle Wu:
Volkenborn Integration, Mahler Interpolation, and the Morita Gamma Function
Benjamin Rosen:
Using Witt Vectors to Disprove Fermat's Last Theorem
Brendon Ahn:
Profinite Fibonacci Numbers
Dallas Anderson:
Explicit Constructions of Ω
p
and Other Spherically Complete Valued Fields
Daniel Koo:
Monsky’s Theorem
Dhyutidhar Sravankumar and Vedanth Chakravarthi:
p
-adics in Cryptography: FCSR and Their Use
Etienne Pema Lafleur:
p
-adic Pseudorandom Number Generators
Haofang Zhu:
A Survey of the Local-Global Principle
Hariharan Senthilkumar:
The Grunwald-Wang Theorem
Ishan Joshi:
Cantor Sets
Jules Gardner:
The
p
-adic Solenoid
Kaio Deeter:
p
-Adic Numbers in Cryptography
Katherine Li:
Applications of
p
-adic Analysis in Cryptography
Leo Tsai:
Don’t Bring a Square Cake to the Triangle Party (Monsky's Theorem)
Linn Htut Zaw:
The Hasse Minkowski Theorem for Rational Numbers
Marigold Strupp:
Local Function Fields
Roy Eduardo Yaranga Almeida:
Weierstrass Preparation Theorem
Siddharth Kothari:
The Adelic Fourier Transform and its Applications in Number Theory
Siddharth Krishna:
2-adic Numbers in Cryptography
Stephen Zhou:
The Hasse-Minkowski Theorem over ℚ
Thanh Can:
On the Hasse--Minkowski theorem and applications to sums of two squares
Trevor Johnson:
p-adic Solenoids and the Three-Gap Theorem
Vasilisa Baginskaya:
A formal note on
p
-adic cryptography
Vedant Valluri:
An Introduction to the Grunwald-Wang Theorem