Physics and chemistry of classical materials : applied research and concepts
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Smart Environ. Food Prod. Asian Earth Sci. Asian Nat. Oceanic Technol. Methods Manage. Biobased Mater. Discovery Collab. Both, work and energy, play an important role in sports. In physics, work is defined as the result of a force moving an object a certain distance. Thus, force and work are directly proportional to each other. In addition, the concepts of work and energy are closely related. Hence, work transfers energy from one place to another or one form to another.
During a pole vaulting performed by athletes, different types of energy are involved. First, the athletes transform chemical energy into kinetic energy of their body while running. Part of this kinetic energy becomes elastic potential energy, as observed by the deformation of the pole; the rest of energy becomes gravitational potential energy, which again it is transformed into kinetic energy while the athletes fall away from the bar.
In physics, if a system is isolated from its surroundings, that is, if no external forces acting on it, there are three conserved quantities which means they maintain the same level or energy or transform into other types of energy : energy, linear momentum and angular momentum. In classical mechanics, conservation of linear momentum the product of the mass and velocity of an object is implied by Newton's laws. Angular momentum — also known as rotational momentum — is the quantity of rotational motion a body has. It is the product of the moment of inertia i. Conservation of angular momentum is another important concept.
For example, consider a figure skater who turns on the tip of her skates. In the absence of external forces, the angular momentum is almost constant. When a figure skater draws her arms and a leg inward, she reduces the distance between the axis of rotation and some of her mass, therefore reducing the moment of inertia and her friction with the air. Since angular momentum is conserved, her rotational velocity must increase to compensate. The force of friction is the force resisting the displacement of one surface over another and material elements sliding against each other.
In all sports, friction represents a braking force that needs to be overcome; the more you can overcome this force, the better your chances of success. Using the example of skating, Dr. Skating is possible because the melted liquid layer in-between ice and skate has macroscopic thickness. It is due to the heat generated by friction. We show that such a lubricating melted water layer always exists for standard values of ice skating data, contrary to what happens in the case of cavitation of droplets due to thermal heating Leidenfrost effect. During the last 10 years, Dr.
Le Berre has collaborated with Prof. Yves Pomeau of the University of Arizona on topics ranging from the quantum tunnel effect in fibers, to earthquake predictions, supernovae description, ice-skating, the study of irreversible phenoma like turbulent flows, and recently the fluorescent emission of a single atom. Recently they published an article on ice-skating:. Swimmers suffer the gravity and the force of water in swimming. Achieve efficient movement through such dense as water environment is one of the biggest challenges they have in common coaches and swimmers.
Those who can move through the water while minimizing the effects of physical forces on their bodies are guaranteed to get excellent results. Swimmers must find ways of how to improve their position or arrow streamline and simultaneously reduce the area occupied by their body as it moves through the water. By reducing the area, they reduce resistance, which acts as opposing force in the water — very similar to the friction out of the water. Aerodynamics is a term of physics that describes the ability of an object to overcome air resistance. Thus, it can be applied to cycling, the bicycle composition and design, the clothing worn by the cyclist, and even the positioning of the rider on the bicycle.
He explained:. While we determine our conference theme and flow, we invite our key sponsors to suggest potential speakers, Delegate and topics that might also enhance the program. He began his university-level teaching career right after having received his M. He earned his Ph. University of Jodhpur in India. He has held numerous visiting research and honorary chair positions at many universities and research institutes in di erent parts of the world. Having received several D. He has published 27 books, monographs and edited volumes, 30 book and encyclopedia chapters, 45 papers in international conference proceedings, and more than 1, scienti c research articles in peer-reviewed international journals, as well as Forewords and Prefaces to many books and journals, and so on.
Bose held the Condra Chair of Excellence Endowed Chair Professor in Power Electronics at the University of Tennessee, Knoxville, since , where he was responsible for teaching and the research program in power electronics and motor drives. School , Italy. He has been power electronics consultant in a large number of industries. Bose has authored and co-authored more than papers and holds 21 U. The books have been translated in several foreign languages.
Bimal K. Ferreira was born in Ovar, Portugal. Between and he was at the University of Essex, UK, performing experimental work on external cavity semiconductor lasers and nonlinear optical fiber amplifiers. His research interests have been concerned with the modeling and characterization of multi-section semiconductor lasers for coherent systems, quantum well lasers, optical fiber amplifiers and lasers, soliton propagation, nanophotonics, optical sensors, polarization and nonlinear effects in optical fibers.
He received the MS and Ph. Since he is promoted to a rank of senior director of research HDR. His main research area is signal processing, safety systems, communication and embedded systems. He has a strong interest in perception and characterization of signals, optimal filtering, spectral analysis, wavelets and perception haptics. Committee France section. He has guided numerous thesis projects, including some doctoral theses. He is active reviewer for several scientific academic journals and committee member of international conferences.
Anjan Biswas earned his MA and Ph. His current research interest is in Mathematical Photonics. In particular, he focuses on the propagation of solitons through optical fibers along trans-oceanic and transcontinental distances. He concentrates on soliton perturbation theory, "quasi-stationary" solitons, "quasi-particle" theory, variational principle as well as "semi-inverse" variational principle that are all applicable to the study of optical solitons. Javad Fardaei was born in Iran. He was a business entrepreneur for over 30 years in the car and furniture industries and he is an autodidact in the field of Physics, Quantum Mechanics and the Universe.
He is founder of the theory of quantum mechanic gravity. The theorem of the Keplerian kinematics is coming from this research. Soroosh Mohammadi Farsani S. He is assistant Professor of Functional Analysis. Soroosh M. Days Hours Mins Secs. Sessions Radio Astronomy. Geophysics and Social Physics. Astro-particle Physics. Astronomical Spectroscopy. Medical Physics and Biophysics. Applied Physicss. Material science and nano materials. Photonics, Optics and Lasers. Meteorology and Aerodynamics. Condensed Matter Physics and Materials. Space sciences. Atomic, Molecular and Nuclear Physics.
Theoretical Physics. High Energy Physics, Particles and Fields. Plasma Physics. Nano materials. Scientific Sessions Astrophysics Theoretical astronomy is the study of the analytical models of physics and chemistry to observe and analyse astronomical objects and astronomical phenomena. Plasma Physics Plasma, in physics , an electrically conducting medium in which there are roughly equal numbers of positively and negatively charged particles, produced when the atoms in a gas become ionized.
High Energy Physics, Particles and Fields In the high-vitality atomic material science we test that atomic matter is on the level of its crucial constituents, for example, quarks and gluons. Theoretical Physics Theoretical physics is a branch of physics that employs mathematical models and abstractions of physical objects and systems to rationalize, explain and predict natural phenomena.