Scope of Conference

 

Scope & Topics

The ScieTech 2018 conference is aimed to bring together scholars, leading researchers and experts from diverse backgrounds and applications areas. Special emphasis is placed on promoting interaction between the theoretical, experimental, and applied communities, so that a high level exchange in new and emerging areas within Mathematics, Chemistry and Physics, all areas of sciences and applied mathematics is achieved.

ScieTech 2018  publishes original research papers and review papers, as well as auxiliary materials such as case studies, technical reports, etc.

 

Topics of Interest

 

Track 1.  Applied Mathematics & Statistics

 

• Bioinformatics
• Engineering Mathematics
• Demography
• Operation Research
• Logistics Management
• Risk Management
• Stochastics Process
• Mathematical Actuary
• Splines & wavelets with applications
• Computer Graphics &  Differential Equations
• Applied Problems & Methods   in Research & Education
• Financial Mathematics &
    Computation
• Mathematical Modeling in
    Environmental Sciences & Models for
    Complex Media
• Mathematics & Computation
    in Biological Sciences and Medicine
• Computational Mechanics &
    Engineering.

 

 Track 2. Mathematics & Modeling
      • Computational Methods
      • Ordinary & Partial Differential Equations
      • Mathematics Modelling & Optimization
      • BioMathematics
      • Data Analysis

Track 3. Mathematics Analysis & Its Applications
      • Approximation Theory & Its Applications
      • Ergodic Theory
      • Sequence Spaces & Summability
      • Fixed Point Theory
      • Functional Analysis & It's Applications.

Track 3.  Algebra & Its Applications
      • Information Theory & Error Correcting Codes
      • Cryptography
      • Combinatorics & Its Application
      • Cellular Automata
      • Computational Algebra
      • Computational Group Theory

Track 4. Geometry & Its Applications
      • Geometry & Its Application
      • Differential Geometry
      • Kinematics

Track 5. Algebraic Statictics & Its Applications
      • Algebraic Statistics & Its Applications
      • Probability & Statistics Applications

Track 6. General Physics

• General aspects of fundamental and applied physics
• Mathematical aspects in physical
• Driven systems, transport theory, random processes, fluctuations and large deviations, etc.
• Quantum systems
• Fluids and soft matter
• Surfaces and Interfacial phenomena
• Non-linear phenomena
• Biological physics
• Statistical modeling of biological data
• Interdisciplinary topics in statistical physics.

 

Track 7.  Optical

• Optical Physics, Quantum Electronics and Photonics
• Optoelectronics, quantum electronics
• Applied optics
• Non-linear optics
• Laser physics and applications
• Ultrafast phenomena and applications
• Computational optical physics
• Microprocessors and Nanotechnology.

 

Track 8. Quantum Computing

• Applied physics Communications Technology
• Applied physics in Analog & Digital Technology
• Quantum Computing & Networking
• Advances in Applied Physics in Wireless
• Sensor network.

 

 Track 9. Materials Science & Engineering

• Surfaces, interfaces and colloids
• Polymers and amorphous materials
• Super alloys
• Biomaterials science and biomedical engineering
• Extractive metallurgy
• Melting and casting
• Powder metallurgy
• Steels and steel production technologies
• Mechanical behavior of materials ceramic and glass
• Science and technology composite materials
• Energy storage devices
• Nondestructive evaluation of materials
• Materials characterization
• Computational materials science and engineering .

 

 Track 10. Chemical, Environmental, and Process Engineering

• Environmental engineering and sustainable development
• Process design and optimization
• Product innovation, development and economics
• Process intensification
• Nanotechnology
• New materials & structured products
• Intelligent polymers
• Green organic synthesis routes
• Process integration
• Environmental engineering & management
• Sustainable & clean technologies
• SCF as solvent substitutes

 

Track 11.  Chemistry and Advances Chemical Engineering

• Chemical engineering fundamentals
• Physical, Theoretical and Computational Chemistry
• Chemical engineering educational challenges and development
• Chemical reaction engineering
• Chemical engineering equipment design and process design
• Thermodynamics
• Catalysis & reaction engineering
• Particulate systems
• Rheology
• Multifase flows
• Interfacial & colloidal phenomena
• Transport phenomena in porous/granular media
• Membranes and membrane science
• Crystallization
• Distillation, absorption and extraction

•  Biochemical Engineering
• Biotechnology
• Product Engineering in the Bio Industries

• Self-organisation in the Bio-sciences and elsewhere
• Delivery of the final product
• Biotechnology applied to production of new and better quality food
• Physical chemistry and thermodynamics for life sciences and biotechnology
• Improvement of environmental remediation processes
• Food process technology and engineering
• The impact of bio-based polymeric materials
• Biochemical and bio-molecular engineering
• Bioengineering and biomedical engineering
• Biological and Medicinal Chemistry
• Energy and environment
• Forest product processing
• Milk product processing