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The core of this 6-month programme is understanding and quantifying mathematical structure in network models. Networks are ubiquitous in modern science and society. In fact, whenever we observe entities and relationships between them, we have network data. The behaviour of almost all networks, natural or engineered, physical or information-based, involves a strong component of randomness and is typically not fully or directly observed. Considerable open challenges remain in proving properties both of generative mechanisms for such networks, as well as of methods for inference. This motivates the development of theoretical foundations for statistical network analysis. Several workshops will take place during the programme, including an opening, midterm and closing workshop, as well as a Satellite Meeting and an Open for Business industry day. For full details please see website.

The field of geometric of geometric group theory emerged from Gromov's insight that even mathematical objects such as groups, which are defined completely in algebraic terms, can be profitably viewed as geometric objects and studied with geometric techniques Contemporary geometric group theory has broadened its scope considerably, but retains this basic philosophy of reformulating in geometric terms problems from diverse areas of mathematics and then solving them with a variety of tools. The growing list of areas where this general approach has been successful includes low-dimensional topology, the theory of manifolds, algebraic topology, complex dynamics, combinatorial group theory, algebra, logic, the study of various classical families of groups, Riemannian geometry and representation theory. The goals of this MSRI program are to bring together people from the various branches of the field in order to consolidate recent progress, chart new directions, and train the next generation of geometric group theorists.

Group Theory; Cohomology of Groups.

Description Many natural mathematical concepts cannot be expressed in first-order logic but need stronger logics. Among such concepts are the freeness of a group, separability of a space, completeness of an order, etc. By a strong logic we mean model-theoretically defined extensions of first-order logic, such as first-order logic with generalized quantifiers, infinitary logics, second-order logic, as well as higher-order logics. The study of strong logics runs immediately into questions that depend essentially on set-theoretical assumptions beyond the standard ZFC axioms, such as infinitary combinatorial principles and the existence of large cardinals. It is therefore crucial to be able to pinpoint the position of a given strong logic in the set-theoretical definability hierarchy, thus helping us understand better the set-theoretical nature of the logic, and therefore of the mathematical notions it can express.

The NIH Big Data to Knowledge (BD2K) program (https://datascience.nih.gov/bd2k) is pleased to announce The BD2K Guide to the Fundamentals of Data Science, a series of online lectures given by experts from across the country covering a range of diverse topics in data science. This course is an introductory overview that assumes no prior knowledge or understanding of data science. This lecture series is a joint effort between the BD2K Training Coordinating Center (www.bigdatau.org), the BD2K Centers Coordination Center (https://bd2kccc.org), and the NIH Office of the Associate Director of Data Science (https://datascience.nih.gov/adds). For up-to-date information about the series and to view archived presentations, go to: www.bigdatau.org/data-science-seminars. The series begins Friday, September 9th, and will run all year, once per week, on Fridays from 12:00pm-1:00pm ET. For additional event information, contact Crystal Stewart (crystal.stewart@loni.usc.edu).

Interactions between many constituent particles (bodies) generally give rise to collective or emergent phenomena in matter. Even when the interactions between the particles are well defined and the governing equations of the system are understood, the collective behavior of the system as a whole does not trivially emerge from these equations. Examples of collective behavior are abundant in nature, manifesting themselves at all scales of matter, ranging from atoms to galaxies. Machine learning methods have been used in a wide variety of fields. It is the goal of this IPAM long program to bring together experts in many particle problems in condensed-matter physics, materials, chemistry, and protein folding, together with experts in mathematics and computer science to synergetically address the problem of tackling emergent behavior and understanding the underlying collective variables in many particle systems.

Collective quasiparticle states (molecular orbitals, plasmons, phonons, polarons, excitons, etc.) are often employed to study and understand many particle systems in quantum mechanics (especially in extended systems). Can machine learning (ML) techniques generate such quasiparticle states or approximations thereof, given only the atomistic Hamiltonian as an input and macroscopic observables as an output? On a larger scale and going toward materials design (materials genomics): How can one generate the necessary and sufficient data to use ML approaches to infer the important collective variables (materials genes, scaling relations, etc.)? This workshop will gather experts in electronic structure methods together with mathematicians and computer scientists who are interested in or have already been applying ML methods in physics, chemistry, and materials sciences.

The winter school aims to provide an introduction to the mathematical theory of open quantum systems. Open quantum systems is a fascinating subject which has undergone a rapid development over the last fifteen years and where the basic mathematical principles only finally has begun to shape. It lies at the junction of many mathematical disciplines such as functional analysis, operator algebras, spectral theory, stochastic processes, and statistical quantum mechanics and for this reason is not easy to master. Moreover, numerous applications in the natural sciences are characteristic of this subject. The program will consist of four main lecture series delivered by leading experts in their respective fields. Additionally, there will be time for discussions and short presentations by the participants. The school mainly addresses doctoral students and young researches, but it is open to anyone who wants to get acquainted with the mathematical foundations of this beautiful theory.

I.T.S — Institute of Technology & Science, Ghaziabad is an ISO 9001: 2008 certified and NAAC Accredited ‘A' grade institute. Established in 1995, the institute is part of professionally managed I.T.S - The Education Group offering twenty under graduate, post graduate, and doctoral programs in the field of IT, engineering, management, dental, pharmacy, and paramedical education through its four campuses, eight institutes, with strong base of 800+ faculty members and over 10,000 students. The Conference aims at creating a competent forum to bring academicians, researchers, industry professionals, and policy makers from all across the world to bring together and share their experience, work, research outcomes, and government initiatives from various parts of the world on a global forum. We are confident that this would be an unique opportunity for all to meet, interact, learn, share, and exchange the knowledge and information and shall create avenues for collaborative research in future.

ICCSEA 2016 is to provide a platform for researchers, engineers, academicians as well as industrial professionals from all over the world to present their research results and development activities in computer Engineering, Information Science and communications.

"Mal'tsev Meeting" is a series of annual conferences on algebra, mathematical logic, and their applications in computer science. In 2016, the meeting will be dedicated to the 70th birthdays of Professors Nikolai S. Romanovskii and Valerii A. Churkin. The organisers invite specialists in group theory, ring theory, universal algebra and model theory, computability theory, nonclassical logics, and theoretical computer science to contribute and to participate.

Taking advantage of Professor Norman Dancer's seventieth birthday, this conference will bring together leading international researchers on nonlinear partial differential equations, as well as Australian researchers, in particular junior researchers, to report and discuss recent developments, exchange ideas and foster/strengthen collaborations. The conference will focus on new developments in several themes of nonlinear partial differential equations and their applications, especially those on which Professor Dancer has made significant contributions. They include nonlinear elliptic and parabolic equations, the calculus of variations, and applications in physics, biology and geometry.

This workshop focuses on building bridges by developing a unified point of view and by emphasizing cross-fertilization of ideas and techniques from geometry, topology, and combinatorics. New experimental evidence is crucial to this goal. The workshop emphasizes the computational and algorithmic aspects of the problems in topics including: Concentration of maps and isoperimetry of waists in discrete setting, configuration Space/Test Map scheme and theorems of Tverbeg type, Equipartitions of measures, social choice, van Kampen-Haefliger-Weber theory for maps of simplicial complexes, combinatorics of homotopy colimits, and discrete Morse theory.

This workshop brings together Australian and international researchers interested in theoretical and applied areas of dynamical systems, ergodic theory and probability, with expertise in topics such as hyperbolic dynamics, thermodynamic formalism, statistical properties of dynamical systems, quantum ergodicity, infinite-dimensional ergodic theory, stochastic processes, data assimilation and computational dynamics.

Bioinformatics is an exciting, fast-moving area, analysing and simulating the structures and processes of biological systems. AMSI BioInfoSummer 2016 provides bioinformatics training to students, researchers and other professionals working in related areas, with both specialist lectures, as well as hands-on workshops, including computing and wet lab sessions. Hosted by the University of Adelaide, join us and hear from leading international guests; Orly Alter, Simon Anders, Mingyao Li, Stephen Turner, and Zia Yang, along with prominent Australian speakers at this years event.

The main objective of ICMAA 2016 is to bring mathematicians from various parts of the world working in topics related to the conference, to interact with each other and to exchange ideas. ICMAA serves as an excellent platform to inculcate research interest among young minds on recent topics of Mathematical Analysis. The SIAM Activity group on Orthogonal Polynomials and Special Functions (SIAG-OPSF) is also involved in the Conference. All topics related to Mathematical Analysis and its applications will be covered with special sessions on Orthogonal Polynomials and Special Functions, Geometric Function Theory and Analysis of PDEs. SIAM has agreed to sponsor two Ph.D. students and two early-career researchers from US-Institutions by means of travel grants. Further details on the topics to be covered, Invited speakers, submission of papers, Registration and other deadlines kindly visit the website.

A short workshop in Integrable Systems, with the goal is to bring together mathematicians working in the area in order to better foster the exchange of ideas, and to encourage collaborations among diverse groups within the community.

The International Conference on Cryptology & Malicious Security hosted in Malaysia (Mycrypt 2016) is the first of its kind, in the sense of focus on thinking outside the box for cryptology & security. In recent years, substantial breakthroughs have been made in crypto, including notions pertaining to malicious security, i.e. where security is no longer just against bad guys but where good guys who are conventionally viewed as mostly defensive can equally be adversarial. The time is now ripe to focus on paradigm-shifting crypto research & thinking outside the current box.

Big data and data science are topics of the moment. Among the raft of conferences on these subjects few have a clear focus on the underpinning theoretical methodologies to maximise the information that can be extracted in the presence of inherent uncertainties, sampling bias, data streams, data linkage and all of the other specific features of so-called big data applications. This conference will showcase work by young and established researchers advancing the state-of-the-art on a rigorous mathematical basis. Alongside new methodology there will be application strands led by industry to showcase the power of mathematical approaches in practical applications. Each session will feature an invited talk by an expert speaker who will review an advanced area of current research.

Geometric flows are a burning topic nowadays which involve the evolution of Riemannian metric along with some geometric concepts. In this research school the discussions about evolution of Riemannian metric with respect to time, Ricci flow, mean curvature flow and some type of other Geometric flow will be studied thoroughly. The main objective of this course will be to study the singularity formation in the case of Mean Curvature Flow and Ricci Flow. The concept of Ricci soliton was introduced by R. Hamilton in the mid 80s and they are self-similar solutions to Hamilton's Ricci flows. The Ricci solitons and gradient Ricci solitons will also be studied. The discussions about Ricci Solitons as Contact Riemannian Metrics will be done.

The Sixtieth Annual Meeting of the Australian Mathematical Society will be held by the Mathematical Sciences Institute at the Australian National University from the December 5-8, 2016. Prominent international and domestic speakers will present at the event.

The application of machine learning (ML) to the computer simulation of materials has features that are somewhat uncommon in ML: the data is often free of noise, in principle unlimited amounts of data are available at known unit cost, and there is often considerable freedom in choosing data locations. This calls for the close examination of which ML strategies are best, and what their ultimate limitations are in practice. Can we create ML models of arbitrary accuracy? How can recent advances in on-line or active learning be utilized? What can more classical statistical interpolation methods contribute? This workshop will broadly address the reaches and limitations of ML as applied to the modeling of physical systems and highlight examples where physical models can be successfully combined or even derived from ML algorithms. The application deadline is Monday, October 10, 2016.

The application of machine learning (ML) to the computer simulation of materials has features that are somewhat uncommon in ML: the data is often free of noise; in principle, unlimited amounts of data are available at known unit cost, and there is often considerable freedom in choosing data locations. This calls for the close examination of which ML strategies are best, and what their ultimate limitations are in practice. Can we create ML models of arbitrary accuracy? How can recent advances in online or active learning be utilised? What can more classical statistical interpolation methods contribute? Traditional, non-data-intensive models in the physical sciences are "extrapolative"; i.e., the parameters are determined by observing limited data in some domain, and the models are tested in extended or even wholly different domains, and the performance of such models is evaluated according to how well they do in such a situation.

This workshop, sponsored by AIM and the NSF, will be devoted to the study of V. Lafforgue's groundbreaking work on the automorphic implies Galois direction of the Langlands conjecture for reductive groups over global function fields.

The main theme of the workshop is the spectrum of analytic properties running from Kazhdan's property (T) at one end to von Neumann's amenability at the other, which forms a foundational organizing structure for infinite groups and spaces. These properties can be described both analytically, via unitary representation theory, and geometrically, using embedding properties for discrete spaces. Connections with probability and combinatorics will likewise be addressed during the meeting.

The aim of the conference is to discuss recent developments of the theory of Optimization and Variational Analysis and to provide a forum for fruitful interactions in related fields of research such as convex analysis, continuous optimization, monotone operator theory and their applications.

The aim of the conference is to bring together learned mathematicians, scientists, engineers, researchers from industry and research scholars working in the different areas of mathematics. This will provide a platform for exchange of ideas regarding the research findings and new advances in mathematics in the wide area of mathematics, sciences and engineering and to discuss the practical challenges encountered in the different domains of applications and the solutions adopted thereto. Further, it will provide an opportunity to enhance collaboration among researchers not only from the various parts of the country but also with those from abroad.

International Conference Geometric Analysis and Control Theory will take place in Sobolev Institute of Mathematics, Novosibirsk, Russia, December, 8-12, 2016. The conference has been organized by the Sobolev Institute of Mathematics SB RAS and International Mathematics Center. The aim of the event is to invite researchers from different places for reporting recent progress and discussing further problems appearing at the intersection of analysis, geometry, and applications. Arising complicated applied problems of physics, technology and economics lead to necessity of creation of new fundamental concepts of (sub)riemannian geometry and geometric analysis, and inventing new methods to solve them. Our aim is to provide an opportunity for both experts and young researchers to discuss their results and to start new collaboration.

A weekend conference on geometry and topology.

The main objective of ICAMTPBCS-2016 is to promote mathematical research and to focus the recent advances in the applications of Mathematics in Topological Dynamics, Physical, Biological and Chemical Systems. Thrust Areas of ICAMTPBCS-2016 are Analysis; Topological Dynamics; Fluid Mechanics and Plasma; Geometric Analysis; Complex Phenomena in Physical, Chemical and Biological Systems; Stochastic Process and its Applications; Numerical Techniques and Simulations; Information Theory and Cryptography. Those who want to present paper in the conference must send the extended abstract within 500 words, written in English, prepared with MS-Word (New Times Roman, 12 font) to cmsconf@gmail.com. Please mention Â‘ICAMTPBCS-2016 Abstract Submission' as the subject of the email. Last date of receiving the extended abstract is 31st August, 2016. Notification of acceptance will be made by 16th September, 2016. Phone No.: +91-33-23378882/+91-33-4064 7875

This workshop gathers Australian and international researchers in the areas of geometric analysis and geometric and nonlinear partial differential equations, ranging from geometric variational problems such as minimal surfaces, harmonic maps and the theory of optimal mass transport, to geometric flows such as mean curvature flow and Ricci flow, and aspects of geometric PDE including eigenvalue problems and isoperimetric inequalities.

All the scientists and researchers who are working on dynamical systems and geometric theories are invited to participate in this conference by presenting a talk in it.

Signal processing constitutes an important area for the application of mathematical concepts and techniques fuelled, for example, by developments in mobile communications, networks, multimedia system, genomics and bioengineering, neural signal processing, big data processing and internet of things. The aim of the conference is to bring together mathematicians, statisticians and engineers with a view to exploring recent developments and identifying fruitful avenues for further research. It is hoped that the meeting will help to attract more mathematicians into this important and challenging field. Invited Speakers: Prof. Mike Davies, University of Edinburgh Prof. Sangarapillai Lambotharan, Loughborough University Dr. Miguel Rodrigues, University College London

This workshop will bring together researchers interested in the mathematical and numerical modeling of optical phenomena, especially spectral problems arising in photonics involving dispersion relations and band structures, eigenfunctions, and scattering resonances. Specific areas of focus will include: (i) efficient computational methods for scattering and spectral problems and (ii) properties and optimal design of extreme materials and photonic devices. These problems arise in the study of photonic crystals and periodic media, diffraction gratings, metamaterials, graphene and related materials with Dirac points, and cloaking devices.

The 40th Australasian Conference on Combinatorial Mathematics and Combinatorial Computing (40ACCMCC) will be held at the University of Newcastle's city campus, from 12th to December 16, 2016. 40ACCMCC will follow a similar format to previous conferences in the ACCMCC annual series, which is overseen by the Combinatorial Mathematics Society of Australasia (CMSA) and began in 1972.

In behalf of organization committee, We would like to welcome you to Workshop on control, inverse problems and stabilization of infinite systems to be held at Cadi Ayyad University of Marrakesh. The theme and the courses offered by the workshop will carry on control, inverse problems and stabilization of linear and nonlinear partial differential equations. Specifically, various latest techniques and their applications to concrete physical models will be presented; and the interface between control and inverse problems will be discussed. The organization of this workshop is motivated by the potential and quality of research students and researchers in the field of control and stabilization of partial differential equations we have in the Maghreb countries, in particular in Morocco. This workshop will essentially provide our North African and Moroccan students additional training in the topics selected by the workshop. Moreover, it is an opportunity to discuss potential research collaborations not only with our international colleagues but also among Maghrebian young researchers.

The conference is aimed at interactions between ergodic theory, dynamical systems and number theory. The main subjects are: disjointness in ergodic theory and randomness in number theory, ergodic theory and combinatorial number theory, and homogenous dynamics and its applications.

Recent advances in Operator Theory and Operator Algebras-2016 (OTOA-2016) to be held at Indian Statistical Institute, Bangalore, during December 13-22, 2016. This conference is a continuation of the earlier conferences and workshops on Operator theory and Operator algebras held in Indian Statistical Institute, Bangalore. OTOA-2016 aims bringing experts and researches from around the world, including postdocs and advanced doctoral students,to share their recent findings related to the various fields of Functional Analysis, Operator Theory, Operator Algebras and related fields. The meeting will start with a workshop during December 13-17, 2016 followed by a conference during December 19-22, 2016. \mchead{Programme} (i) Workshop part - December 13 till December 17, 2016.(ii) Conference part - December 19 till December 22 noon, 2016. The Conference encourages and promotes excellence of young mathematicians.

The Indian Mathematics Consortium (TIMC) was founded earlier this year (2015), with a mission "To provide a unified face to all societies or similar bodies in India and to bring them under an over-arching consortium, through voluntary acceptance of membership, regular participation in joint regional programmes such as the teacher-training programs, developing networking, and unitedly dealing with the mathematical organizations from abroad." This is the first major event being organized by TIMC in co-operation with an organization from outside India.newline Eight plenary talks by distinguished mathematicians and about 15 Symposia on themes of current interest in mathematical research are being planned for the meeting. These will be supplemented by various other activities, including a session focusing on women mathematicians, another on Undergraduate and Graduate education, panel discussions on topics of general interest, short technical presentations, poster presentations etc.

Conference Theme: "Teaching and Learning Mathematics, Sciences and Engineering through Technology" The ATCM 2016 is an international conference to be held in Pattaya Thailand that will continue addressing technology-based issues in all Mathematical Sciences. Thanks to advanced technological tools such as computer algebra systems (CAS), interactive and dynamic geometry, and hand-held devices, the effectiveness of our teaching and learning, and the horizon of our research in mathematics and its applications continue to grow rapidly. The aim of this conference is to provide a forum for educators, researchers, teachers and experts in exchanging information regarding enhancing technology to enrich mathematics learning, teaching and research at all levels. English is the official language of the conference. ATCM averagely attracts 350 participants representing over 30 countries around the world. Be sure to submit your abstracts or full papers in time at conferencereview.com

This conference will gather leading experts in the areas of mathematical physics, topological recursion, and low-dimensional topology to address recent advances and explore new connections between these fields. The theme of the first week December 14-17 is Quantum Invariants and Low-Dimensional Topology and the theme of the second week December 19-23 is Topological Recursion and Modularity. Interested participants should apply to MATRIX office@matrix-inst.org.au for an invitation to participate. NSF funding for travel is available for some US based participants, particularly early career researchers.

SPACE 2016 is the sixth in this series of conferences which started in 2011. This annual event is devoted to various aspects of security, privacy, applied cryptography, and cryptographic engineering. SPACE 2016 is being organized by C.R.Rao Advanced Institute of Mathematics, Statistics and Computer Science, Hyderabad-India (AIMSCS). The conference will include invited tutorials and keynote talks from world-renowned experts. The conference will be accompanied by two days of tutorials aiming at Master's and Ph.D. students featuring lectures in the mornings and practical sessions in the afternoon.

ICCNSCE 2016 is to bring together researchers from both network systems and Communication Engineering with the aim of encouraging the exchange of ideas and experience between these two communities. It will represent an international forum to give an overview of the most recent trends. In the past decade, our network infrastructures have undergone radical changes.

The second conference on Statistical methods in finance aims to expose the participants to new and active areas of research in financial mathematics and to form working groups of researchers. The conference will be held jointly by Chennai Mathematical Institute (CMI) and Indian Statistical Institute - Chennai Center.

The conference is dedicated to 80th anniversary of Dmitry Anosov (1936‒2014). It is focused on wide scope of problems of modern dynamics ‒ and first of all, on hyperbolic dynamics, for which D.V. Anosov was one of the founding fathers. The conference program will include invited plenary talks and a poster session (open call).

Graph Theory is a branch of Mathematics where discrete structures are modeled elegantly and which provides frameworks to model a large set of problems often encountered in Computer Science. The main objective of the workshop is to promote research and to focus on the recent developments in the field of Graph Theory - from both the algebraic and algorithmic point of view. Leading graph theorists of India - both mathematicians and computer scientists will deliver lectures and conduct open problem sessions to motivate young researchers to do research in graph theory for its mathematical beauty, and for its elegant applications in diverse real life problems, as well.

The Department of Statistics of Calcutta University, established in 1941 with Professor P. C. Mahalanobis as the head, is the oldest department in Asia to offer a post-graduate course in statistics. The department celebrates its Platinum Jubilee Year in 2016 with a three-day International Conference on Applications of Statistics. The conference will offer a common platform to statisticians engaged in research on applied aspects of Statistics, to interact and exchange ideas. This conference will mainly focus on the following six thrust areas: (i) Design of Experiments in Agriculture and Industry (ii) Survey sampling and Official Statistics (iii) Biostatistics (iv) Applications of Statistics in Social Sciences (v) Applications of Statistics in Industry (vi) Applications of Statistics in Physical Sciences. The "Applications of Statistics in Industry" Session will be organized as a special session in memory of Late Professor Purnendu Kumar Bose.

The main objective of the conference is to bring specialized topics in mathematics, statistics, computer science, information technology, bioinformatics, nano technology and closely related interdisciplinary areas to the forefront. Original full papers are invited. All papers are to be screened and accepted papers will be published in the Proceedings of IMBIC, Volume (2016), having ISBN 978-81-925832-4-2, except for a few full scientific papers of high quality, which may be published by Springer in the form of a Monograph. Many scientists from India, USA, Japan, Canada, Sweden, France, Germany, Finland, Australia, Russia, Egypt, Mexico, Algeria, Botswana, Korea, South Africa and many other countries participated in the earlier conferences. Contact: All correspondences in respect to the conference are to be addressed to Dr. Avishek Adhikari, Convenor MSAST 2016 & Secretary, IMBIC; email: msast.paper@gmail.com; website: www.isical.ac.in/~avishek_r/

We are going to organize this conference to celebrate the National Mathematics Day and the 129th birth anniversary of Srinivasa Ramanujan Iyengar (December 22, 1887—April 26, 1920), an Indian mathematician and autodidact who, with almost no formal training in pure mathematics, made extraordinary contributions to mathematical analysis, number theory, infinite series, and continued fractions (Wikipedia). The platform of this event is expected to be helpful in promoting and expanding the mathematical legacy of this mathematician brilliant beyond comparison who inspired many great mathematicians.

The first conference, KICM2016, of this kind will be on December 22-25, 2016 and the topics of this conference are "Number Theory, Graph Theory and Applications". This conference is to be held in conjunction with the seventh conference in Number Theory and Classical Analysis, a national conference held annually by universities in Thailand. (Number Theory, Graph Theory, Combinatorics, Discrete Mathematics)

This conference covers a wide range of fields in science and engineering innovation and aims to bring together engineering technology expertise. The professional from the industry, academia and government to discourse on research and development, professional practice, business and management in the science and engineering fields are welcome to the ICTILT 2016.

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