**Studie Entwicklungsstand Quantencomputer**

PI: Rainer Steinwandt

Funding Agency: Saarland University (GER)

German Federal Office for Information Security

**Linking Within-Host and Between-Host Infectious Disease Dynamics**

PI: Necibe Tuncer

Funding Agency: National Science Foundation

**Emerging Side-Channel Resistant and Resource-Friendly Elliptic Curve Algorithms and Architectures **

PI: Reza Azarderakhsh/Co-PI: Koray Karabina

Funding Agency: US Army

Dr. Tim Ford, has written a new

textbook entitles, Separable Algebra.

Due to be published on October 20, 2017,

this book presents a comprehensive

introduction to the theory of separable

algebras over commutative rings.

Azumaya algebras, the henselization of

local rings, and Galois theory are

rigorously introduced and treated.

Essential connections are drawn

between the theory of separable

algebras and Morita theory, the theory

of faithfully flat descent, cohomology,

derivations, differentials, reflexive lattices,

maximal orders, and class groups.

http://bookstore.ams.org/gsm-183/

Subject-wise empirical likelihood

inference in partial linear models

for longitudinal data

Lianfen Qian, Suojin Wang

Computational Statistics & Data Analysis

Sandor Nagydobai Kiss, Paul Yiu

Forum Geometricorum

Connecting Orbits for Compact Infinite

Dimensional Maps: Computer Assisted

Proofs of Existence

R. de la Llave, J.D. Mireles James

SIAM Journal on Applied Dynamical Systems

The Department of Mathematical Sciences has an internationally recognized research faculty active in the following areas:

Rings, modules, groups and their representations; applications to combinatorial designs and cryptology, computational algebra

Harmonic analysis, function and operator theory and their interactions; Sobolev inequalities; inequalities involving the Fourier transform; operators on Banach spaces; ordinary and partial differential equations; stochastic differential systems; vortex and climate dynamics with applications to climatic and financial markets

Enumerative and algebraic combinatorics; graph theory; design theory and applications; finite projective planes and their automorphisms; finite geometries, and Euclidean geometry

Block ciphers, public key cryptography, provable security, group-theoretic cryptography, cryptanalysis, secret sharing, hash functions, secure group communications

Nonlinear dynamical systems, computational topological methods, complex dynamical systems, fractal geometry, mathematical theory of control systems, stability analysis

Constructive mathematics; set theory; higher computability

Multi-host multi-strain epidemiological models, host immune response, nested immuno-epidemiological dynamics, spatial temporal dynamics in epidemiology, reaction diffusion systems, cell motility, time-since-infection structured partial differential equations, age structured pde's, avian influenza, Ebola

Time-series analysis and regression modeling; parametric and nonparametric function estimation; weak convergence of stochastic processes; environmental statistics and biostatistics

Technology in the classroom, integrated curricula, improving performance for pre-calculus mathematics and in mathematics for engineering students