Post-quantum cryptography
Lattices, LWE-style assumptions, hash-based signatures, and security after quantum attacks.
Stony Brook University · Pure & Applied Mathematics
I’m Asim Yel, an undergraduate preparing for research in post-quantum cryptography, number theory, and the mathematics of secure systems.
Research interests
Lattices, LWE-style assumptions, hash-based signatures, and security after quantum attacks.
Congruences, finite fields, modular arithmetic, and algebraic structure.
Readable experiments that test mathematical intuition.
Undergraduate math explanations in calculus, differential equations, and linear algebra.
Visit YouTube channelModern public-key systems such as RSA rely on the practical difficulty of factoring large composite integers into their prime factors. These toy examples show the structure; real cryptographic moduli are vastly larger, which is why efficient factoring algorithms—and quantum threats to them—matter.
Selected work
Short enough for a first pass; specific enough for a research conversation.
Conducted cybersecurity research under the supervision of Dr. Anand Santhanakrishnan, connecting secure systems with my growing interest in cryptography.
Supported student learning in probability and statistics through course assistance, mathematical explanation, and problem-solving guidance.
Taught mathematics in a student-centered environment, strengthening my ability to communicate technical ideas clearly and patiently.
Education & academic preparation
Education
Undergraduate student in Pure & Applied Mathematics after transferring from NJIT.
Academic & professional preparation
A compact view of the work habits I bring into a lab, classroom, or graduate program.
Contact
If your lab, reading group, or program works near post-quantum cryptography or number theory, I’d be glad to hear from you.