Track Categories

The track category is the heading under which your abstract will be reviewed and later published in the conference printed matters if accepted. During the submission process, you will be asked to select one track category for your abstract.

Physical Chemistry is the study of macroscopic atomic subatomic, and particulate phenomena in chemical systems in terms of the principles, practices, and concepts of physics such as motion, energy, force, time, thermodynamics, quantum chemistry, statistical mechanics, analytical dynamics and chemical equilibrium, blends the principles of physics and chemistry to study the physical characteristics, or properties, of molecules. By understanding these properties, we learn more about the way in which molecules are put together, as well as how the actual structure of a chemical is impacted by these properties. Scientific analysis of the properties and behavior of chemical systems primarily by physical theory and technique.

  • Track 1-1Intermolecular forces
  • Track 1-2Reaction kinetics
  • Track 1-3Surface science

Chemical kinetics, otherwise called reaction kinetics, is the investigation of rates of substance forms. Synthetic energy incorporates examinations of how unique exploratory conditions can impact the speed of a compound response and yield data about the response's instrument and change states, and in addition the development of scientific models that can portray the qualities of a concoction response. For any substance response, scientific experts endeavor to discover the common sense of a synthetic response which can be anticipated by thermodynamics, degree to which a response will proceed can be resolved from compound balance and speed of a response i.e. time taken by a response to achieve harmony.

  • Track 2-1Nature of the reactants
  • Track 2-2Physical state
  • Track 2-3Surface area of solids
  • Track 2-4Concentration

The interdisciplinary field of materials science, likewise usually named materials science and building is the outline and disclosure of new materials, especially solids. The scholarly inceptions of materials science come from the Enlightenment when specialists started to utilize investigative reasoning from science, material science, and building to comprehend antiquated, phenomenological perceptions in metallurgy and mineralogy. Materials science still fuses components of material science, science, and building. In that capacity, the field was for some time considered by scholastic organizations as a sub-field of these related fields. Starting in the 1940s, materials science started to be all the more broadly perceived as a particular and unmistakable field of science and building, and real specialized colleges around the globe made devoted schools of the examination, inside either the Science or Engineering schools, thus the naming.


  • Track 3-1Fundamentals
  • Track 3-2Properties
  • Track 3-3Bonding
  • Track 3-4Kinetics

Radiation science is a subdivision of atomic science which is the investigation of the compound impacts of radiation on issue; this is altogether different from radiochemistry as no radioactivity should be available in the material which is as a rule synthetically changed by the radiation. An illustration is the transformation of water into hydrogen gas and hydrogen peroxide. Radiation science includes the investigation of atomic responses. There are clear contrasts between a "concoction response," and an "atomic response:" a substance response includes electrons of a molecule (which circle the core), while an atomic response includes a response inside the core of an iota. Radiation science shows the compound impacts of communications of ionizing radiation with materials.

  • Track 4-1Radicals
  • Track 4-2Chain Reaction
  • Track 4-3Radioactive Decay
  • Track 4-4Nuclear Reaction

Femto science is the zone of physical science that reviews compound responses on to a great degree short timescales (around 10−15 seconds or one femtosecond, thus the name) to examine the very demonstration of particles inside atoms (reactants) revamping themselves to shape new atoms (items). Utilization of femto science in natural examinations has likewise illustrated the conformational flow of stem-circle RNA structures. Femto science empowers investigation of which compound responses happen, and examines why couple of responses happen however not others. Numerous productions have talked about the likelihood of controlling substance responses by this technique.

  • Track 5-1Chemical Reactions
  • Track 5-2Single-molecule Trajectory
  • Track 5-3Intermediate Products
  • Track 5-4Femto Therapy

Geochemistry is the science that uses the instruments and standards of science to clarify the components behind major land frameworks, for example, the Earth's hull and its seas. The domain of geochemistry stretches out past the Earth, enveloping the whole Solar System, and has made vital commitments to the comprehension of various procedures including mantle convection, the development of planets and the roots of stone and basalt.Geo science is the branch of Earth Science that applies synthetic standards to extend a comprehension of the Earth framework and frameworks of different planets. Geochemists consider Earth made out of discrete circles rocks, liquids, gases and science that trade matter and vitality over a scope of time scales.

  • Track 6-1Terrestrial Planets
  • Track 6-2Meteorites
  • Track 6-3Giant Planets
  • Track 6-4Mineral Constitution

Astro science is the investigation of the wealth and responses of particles in the Universe, and their connection with radiation.[1] The teach is a cover of stargazing and science. "Astro science" might be connected to both the Solar System and the interstellar medium. The investigation of the plenitude of components and isotope proportions in Solar System objects, for example, shooting stars, is additionally called cosmo science, while the investigation of interstellar iotas and atoms and their collaboration with radiation is some of the time called sub-atomic astronomy. The arrangement, nuclear and synthetic creation, advancement and destiny of sub-atomic gas mists is of uncommon intrigue, since it is from these mists that galaxies frame.

  • Track 7-1Interstellar Medium
  • Track 7-2Interstellar Space
  • Track 7-3Molecular gas clouds
  • Track 7-4Cosmo Chemistry

Quantum science is a branch of science whose essential concentration is the utilization of quantum mechanics in physical models and examinations of compound frameworks. It is additionally called sub-atomic quantum mechanics. Exploratory quantum physicists depend vigorously on spectroscopy, through which data in regards to the quantization of vitality on a sub-atomic scale can be acquired. Normal strategies are infra-red (IR) spectroscopy, atomic attractive reverberation (NMR) spectroscopy, and filtering test microscopy. In responses, quantum science thinks about the ground condition of individual iotas and atoms, the energized states, and the change expresses that happen amid substance responses.

  • Track 8-1Quantum Mechanics
  • Track 8-2Quantization
  • Track 8-3Wave Model
  • Track 8-4Molecular Orbital

Strong state science, additionally some of the time alluded to as materials science, is the investigation of the amalgamation, structure, and properties of strong stage materials, especially, however not really solely of, non-sub-atomic solids. It in this way has a solid cover with strong state physical science, mineralogy, crystallography, pottery, metallurgy, thermodynamics, materials science and gadgets with an emphasis on the amalgamation of novel materials and their portrayal. Strong state Chemistry keeps on assuming an enhancing part in a bewildering exhibit of orders. As the revelation of new physical wonders has regularly relied upon the movement of new materials. Strong state science essentially concentrate on the amalgamation of novel materials and their portrayal.

  • Track 9-1Materials Chemistry
  • Track 9-2Gas reactions
  • Track 9-3Melt methods
  • Track 9-4Solution Methods

Spectroscopy is the investigation of the connection amongst issue and electromagnetic radiation. Verifiably, spectroscopy started through the investigation of unmistakable light scattered by its wavelength, by a crystal. Later the idea was extended incredibly to incorporate any connection with radiative vitality as a component of its wavelength or recurrence. Spectroscopic information are frequently spoken to by a discharge range, a plot of the reaction of enthusiasm as a component of wavelength or recurrence. Spectroscopy is the investigation of how light connects with issue. We can utilize spectroscopy to decide the structure and utilitarian gatherings in natural mixes. We will find out about how to utilize IR, UV/Vis, and NMR spectroscopy.

  • Track 10-1Nature of the Interaction
  • Track 10-2Type of Radiative Energy
  • Track 10-3Type of Material
  • Track 10-4Crystals

Nanotechnology is control of issue on a nuclear, atomic, and supramolecular scale. The most punctual, boundless depiction of nanotechnology alluded to the specific innovative objective of exactly controlling iotas and atoms for manufacture of macroscale items, likewise now alluded to as sub-atomic nanotechnology. A more summed up depiction of nanotechnology was therefore settled by the National Nanotechnology Initiative, which characterizes nanotechnology as the control of issue with no less than one measurement estimated from 1 to 100 nanometers. This definition mirrors the way that quantum mechanical impacts are critical at this quantum-domain scale, thus the definition moved from a specific innovative objective to an examination classification comprehensive of a wide range of research and advances that arrangement with the exceptional properties of issue which happen beneath the given size edge. It is in this way basic to see the plural shape "nanotechnologies" and additionally "nanoscale innovations" to allude to the wide scope of research and applications whose normal attribute is measure.

  • Track 11-1Nanomaterials
  • Track 11-2Tools and techniques
  • Track 11-3Bottom-up approaches
  • Track 11-4Top-down approaches
  • Track 11-5Functional approaches
  • Track 11-6Biomimetic approaches

Surface Chemistry is the investigation of physical and compound wonders that happen at the interface of two stages, including solid– fluid interfaces, solid– gas interfaces, solid– vacuum interfaces, and liquid– gas interfaces. It incorporates the fields of surface science and surface material science .Some related viable applications are classed as surface building. The science incorporates ideas, for example, heterogeneous catalysis, semiconductor gadget creation, power devices, self-collected monolayers, and cements. Surface science is firmly identified with interface and colloid science Interfacial science and material science are basic subjects for both. The techniques are extraordinary. Moreover, interface and colloid science thinks about perceptible wonders that happen in heterogeneous frameworks because of quirks of interfaces.

  • Track 12-1Catalysis
  • Track 12-2Electrochemistry
  • Track 12-3Geochemistry
  • Track 12-4Surface Physics

Physical Organic Chemistry alludes to a teach of natural science that spotlights on the connection between concoction structures and reactivity, specifically, applying test devices of physical science to the investigation of natural particles. Particular central purposes of study incorporate the rates of natural responses, the relative compound strong qualities of the beginning materials, receptive intermediates, progress states, and results of synthetic responses, and non-covalent parts of solvation and sub-atomic cooperations that impact substance reactivity. Physical natural science has applications in specific territories including polymer science, supra atomic science, electrochemistry, and photochemistry.

  • Track 13-1Organic reactions
  • Track 13-2Chemical Stabilities
  • Track 13-3Free Energy of Activation
  • Track 13-4Reactive Intermediates

Thermochemistry is the investigation of the warmth vitality related with substance responses as well as physical changes. A response may discharge or assimilate vitality, and a stage change may do likewise, for example, in liquefying and bubbling. Thermochemistry concentrates on these vitality changes, especially on the framework's vitality trade with its environment. Thermochemistry is helpful in foreseeing reactant and item amounts over the span of a given response. In mix with entropy conclusions, it is likewise used to foresee whether a response is unconstrained or non-unconstrained. It is a branch of thermodynamics and is utilized by an extensive variety of researchers and architects. A few thermodynamic definitions are exceptionally helpful in thermochemistry

  • Track 14-1Calorimetry
  • Track 14-2Systems
  • Track 14-3Processes
  • Track 14-4Entropy

Biophysical science is a physical science that uses the ideas of material science and physical science for the investigation of natural frameworks. The most widely recognized element of the exploration in this subject is to look for clarification of the different wonders in organic frameworks as far as either the atoms that make up the framework or the supra-sub-atomic structure of these frameworks. Biophysical scientific experts utilize different procedures utilized as a part of physical science to test the structure of natural frameworks. These strategies incorporate spectroscopic techniques, for example, atomic attractive reverberation (NMR) and X-beam diffraction.

  • Track 15-1Biological Systems
  • Track 15-2Supra-molecular Structure
  • Track 15-3Cell membranes
  • Track 15-4Substrate

Photochemistry is the branch of science worried about the compound impacts of light. By and large, this term is utilized to depict a concoction response caused by assimilation of bright (wavelength from 100 to 400 nm), noticeable light (400 – 750 nm) or infrared radiation (750 – 2500 nm). In nature, photochemistry is of massive significance as it is the premise of photosynthesis, vision, and the arrangement of vitamin D with daylight and Photochemical responses continues uniquely in contrast to temperature-driven responses. Photochemical ways get to high vitality intermediates that can't be produced thermally, along these lines defeating extensive enactment boundaries in a brief timeframe, and permitting responses generally difficult to reach by warm procedures. Photochemistry is additionally ruinous, as delineated by the photograph corruption of plastics.

  • Track 16-1Photo Degradation
  • Track 16-2Photosensitizer
  • Track 16-3Pericyclic Reaction
  • Track 16-4Functional Group

Hypothetical science is a branch of science, which creates hypothetical speculations that are a piece of the hypothetical munititions stockpile of current science, for instance, the idea of compound holding, substance response, valence, the surface of potential vitality, sub-atomic orbitals, orbital cooperations, particle enactment. Hypothetical science joins standards and ideas normal to all branches of science. Inside the structure of hypothetical science, there is a systematization of compound laws, standards and guidelines, their refinement and specifying, the development of a progression. The focal place in hypothetical science is possessed by the principle of the interconnection of the structure and properties of atomic frameworks.

  • Track 17-1Reaction Networks
  • Track 17-2Polymerization
  • Track 17-3Molecular Magnetism

Pharmaceutical science is the investigation of medications, and it includes tranquilize improvement. This incorporates sedate revelation, conveyance, assimilation, digestion, and that's just the beginning. There are components of biomedical examination, pharmacology, pharmacokinetics, and pharmacodynamics. Pharmaceutical science work is generally done in a lab setting. Pharmaceutical science includes cures and solutions for malady, scientific procedures, pharmacology, digestion, quality confirmation, and medication science. Numerous pharmaceutical science understudies will later work in a lab. Pharmaceutical science prompts professions in tranquilize improvement, biotechnology, pharmaceutical organizations, investigate offices, and that's only the tip of the iceberg.

  • Track 18-1Design of Safer Chemicals and Products
  • Track 18-2Medicinal Radiocompounds
  • Track 18-3Modelling and designing

Catalysis is the expansion in the rate of a synthetic response because of the cooperation of an extra substance called an impetus, which isn't devoured in the catalyzed response and can keep on acting more than once. Frequently just small measures of impetus are required on a fundamental level. As a rule, the responses happen speedier with an impetus since they require less initiation vitality. In catalyzed systems, the impetus more often than not responds to frame an impermanent halfway which at that point recovers the first impetus in a cyclic procedure.

  • Track 19-1Reaction energetics
  • Track 19-2Heterogeneous catalysts
  • Track 19-3Homogeneous catalysts

In a synthetic response, chemical equilibrium is the state in which the two reactants and items are available in focuses which have no further inclination to change with time. For the most part, this state comes about when the forward response continues at an indistinguishable rate from the switch response. The response rates of the forward and in reverse responses are for the most part not zero, but rather equivalent. In this way, there are no net changes in the groupings of the reactants and products. Such a state is known as dynamic equilibrium.

  • Track 20-1Addition of reactants or products
  • Track 20-2Concentration quotients
  • Track 20-3Multiple equilibria

The three dimensional shape or design of an atom is an imperative trademark. This shape is subject to the favored spatial introduction of covalent bonds to molecules having at least two holding accomplices. Three dimensional setups are best seen with the guide of models.

  • Track 21-1Configuration
  • Track 21-2Isomers
  • Track 21-3Analysis of Molecular Formulas
  • Track 21-4Resonance
  • Track 21-5Atomic and Molecular Orbitals

Nuclear chemistry is the subfield of science managing radioactivity, atomic procedures, for example, atomic transmutation, and atomic properties. It is the science of radioactive components, for example, the actinides, radium and radon together with the science related with hardware, (for example, atomic reactors) which are intended to perform atomic procedures. This incorporates the erosion of surfaces and the conduct under states of both typical and strange task, (for example, amid a mischance). An imperative territory is the conduct of items and materials in the wake of being put into an atomic waste stockpiling or transfer site.

  • Track 22-1Radiation and nuclear reactions
  • Track 22-2Half-life
  • Track 22-3Stimulated nuclear reactions

Polymer science is a science subdiscipline that arrangements with the structures, substance union and properties of polymers, principally engineered polymers, for example, plastics and elastomers. Polymer science is identified with the more extensive field of polymer science, which additionally includes polymer material science and polymer building. The scientific expert Hermann Staudinger first suggested that polymers comprised of long chains of molecules held together by covalent bonds, which he called macromolecules. His work extended the compound comprehension of polymers and was trailed by an extension of the field of polymer science amid which such polymeric materials as neoprene, nylon and polyester were designed.

  • Track 23-1Polymers and their properties
  • Track 23-2Biopolymers
  • Track 23-3Synthetic polymers

Computational Chemistry utilize PC reproduction to take care of concoction issues. It utilizes the technique for hypothetical science, PC programs, to figure structure and properties of atoms and solids. While computational outcomes regularly supplement the data acquired by concoction tests, it can sometimes foresee up to this point in secret compound marvels. It is broadly utilized as a part of the plan of new medications and materials. Computational science is normally utilized when a numerical strategy is adequately very much built up that it can be robotized for usage on a PC. Exactness can simply be enhanced with more prominent computational cost. So Computational science includes precision, Cheminformatics, and so forth.

  • Track 24-1Cheminformatics
  • Track 24-2Combinatorial Chemistry
  • Track 24-3Computational Methods
  • Track 24-4Computational Accuracy
  • Track 24-5Molecular mechanics
  • Track 24-6Chemical dynamics
  • Track 24-7Theoretical chemistry
  • Track 24-8Interpreting molecular wave functions

Electrochemistry is the branch of physical science that reviews the connection between power, as a quantifiable and quantitative marvel, and identifiable substance change, with either power considered a result of a specific concoction change or the other way around. These responses include electric charges moving amongst cathodes and an electrolyte (or ionic species in an answer). In this manner electrochemistry manages the communication between electrical vitality and compound change.

  • Track 25-1Battery
  • Track 25-2Oxidation and reduction
  • Track 25-3Electrochemical cells
  • Track 25-4Balancing redox reactions