3rd International Conference on Applied Physics
London, UK
The Applied physics conference serves
as a connection between physics and engineering. The instrumentation used by physicists
are so advanced most of which are custom built by the researchers themselves in
their facilities. The applications of Physics in
technological advances such as the development of electronics, photonics and
device physics, experimental nuclear physics
and experimental particle physics will be discussed in this event. This Physics meeting
will enable the researchers from different fields of Physics to connect and
share their views for a better tomorrow.
The major topics that will be covered in the Acoustics primarily deals with the production, transmission, reception, and effects of sound. The applications of acoustics in various fields such as ultrasonics, instrumental vibrations, geology, atmosphere, underwater phenomena and bioacoustics will be covered under this topic. This physics conference brings the most advanced research applications in acoustic technology from most eminent researchers in the field of acoustics.
The major areas that will be
covered in AMO physics in this physics congress
include the different researches in atomic, molecular and radiation properties
of matter. This physics
conference presents an opportunity for the researchers in this field to
meet and form a network with their peers. The applications of AMO physics different
technologies such as emission, absorption, scattering of electromagnetic radiation
will be covered in this topic.
The prolific discoveries and inventions
in nuclear physics
will be targeted in this session. The development of radioactive decay, nuclear
fission and fusion reactions, the merging of nuclei, cluster radioactivity and
extension of periodic tables are the major areas that will be covered in this
intuitive session. The applications of nuclear physics in different
fields including nuclear weapons, nuclear medicine and MRI scans, industrial
and agricultural isotopes, and radiocarbon dating in geology and archaeology
will be a key area in this Physics
conference.
The Qunatum Mechanics session will deal with the major technological innovations and inventions in Quantum technology. The Physics conference is aimed for gathering the most distinguished researchers in the field of quantum physics to enlighten the delegates with their mind boggling research works. The key areas that will be focuses on this topic include quantum sensing, quantum computing, quantum imaging, quantum simulation and many more exciting topics.
The branch of physics that deals with the
motion of bodies whose relative velocities approach the speed of light or whose
kinetic energies are comparable with the product of their masses and the square
of the velocity of light is referred to as Relativistic
Physics. Relativistic Physics provides a non-quantum mechanical description
of a system. The system may be of particles, or a fluid, in cases where the
velocities of moving objects are comparable to the speed of light. Relativistic mechanics implies
the mechanics compatible with special relativity and general relativity. The
merging of special relativity with quantum mechanics is relativistic quantum physics,
and for that of general relativity is quantum gravity.
Condensed Matter Physics is the study of matter arising from a large number of interacting electrons and atoms. It involves the study of physical properties of the matter as a result of these interactions. The important area of condensed Matter Physics are the solid, liquid and, phase equilibria, amorphous systems and phase transitions, electric, magnetic, and thermal properties. Condensed matter physics is a branch of material science that engage with the physical properties of condense phase of matter, where particles stick to each other. Generally, they include the laws of quantum mechanics and electromagnetism. It is closely related with atomic physics and biophysics. Research in condensed matter physics includes the development of the semiconductor transistor, laser technology, and several phenomena studied in the context of nanotechnology.
The laser optics session will be an interesting and innovative and will focus on the production, emission, sources and applications of lasers and optics. The applications of laser physics in the different fields such as medicine, weapons, and output powers will be discussed in this session. The advances researches in this technology will be delivered by the most prominent scientist or researcher in this physics meeting.
High energy
physics is the branch of physics that
deals the nature of the particles that constitute matter and energy. High
energy physics also known as Particle physics deals with the irreducibly
smallest detectable particles and the fundamental interactions necessary to
explain their behavior. High energy
physicists works on developing a theoretical framework or models and
mathematical tools to understand the current experiments in the particles. A major
breakthrough in theoretical particle physics
is the String theory. String theorists strive to combine the mechanics of
quantum mechanics and general relativity by building a theory based on small
strings.
The study of charged particles and fluids interacting with constant electric and magnetic fields is called as Plasma Physics. Plasma is a state of matter that resembles like an ionised gas whereas some partially ionised plasma also exists. The interior core of the sun and stars are the common examples of Plasma whereas neon lights and lightning are examples of partially ionised plasma. Plasma physics is a discipline that has many different areas of application which includes space, astrophysics, controlled fusion, and particle accelerator and beam storage.
Astrophysics
is the branch of physics that
deals with the understanding of the origin and interaction of celestial bodies
in the universe. The astrophysicists
study the physical properties of the Sun, stars, galaxies, planets, interstellar
medium and the cosmic background. The vast subjects in astrophysics
allow the astrophysicists to apply
many aspects of physics such as mechanics, electromagnetism, statistical
mechanics, thermodynamics, quantum mechanics in understanding the dark matter,
dark energy, and black holes, space and time, wormholes existence, or the
multiverse existence in the universe.
Superconductivity is a key area
in physics
where the properties, structure and function of the semiconductors will be
applied. This physics
meeting enables the researchers to present their work or share their
theoretical ideas on the applications and fundamentals of superconductivity in physics. The topics that will be
focused in this alluring session are superconductors, conventional
superconductors, electrical resistance, particle accelerators and spectroscopy.
The Physics conference deals with the electromagnetic forces occurring between electrically charged particles. The electromagnetic forces are responsible for practically all phenomena that happen in daily life above the nuclear scale, with the exception of gravity. The topics focused include ferro magnets, supermagnets, diamagnetis, and electronic physics. The applications of electromagnetic force used in electronic devices and household appliances such as MRI scans, television, radio, grinder, fan, computers, and storage devices will be highlighted in the Physics conference 2018.
The Physics conference is aimed at bringing the researches in the field of Biological Physics and Quantum Biology. The key topics that will be covered in this inventive session include quantum biology, biological equipments, interaction of technology for the betterment of human life. This Physics conference helps to gain understanding of the application of various biological disciplines in industrial and academic research. The advancements and techniques in the field of biomedical sciences can be visualized at this Physics conference.
Material Science is an interdisciplinary field which involves the discovery and designing of materials. Material physics incorporates the application of physics, chemistry and engineering to understand the behavior of materials. The innovations and inventions from the stone tools in the prehistoric era to silicon chips and silicon solar cells in our modern era are from the understanding of material science. The material scientists work with various materials and chemicals for the betterment of human life. They also conduct experiments on different materials in different conditions to determine the effect on that material. The advances in nanotechnology, polymers and ceramics, and biomaterials are from the evolution of material physics.
The Nanomaterials and nanophysics session focuses on designing, fabricating and controlling materials and components on the nanoscale. This nanophysics session will bring about the most recent technological advancements in nanoscience and technology which will be explained by the experienced researchers in the field of nanophysics. This physics conference will deal with the use of nanomaterials in different fields such as semiconductor physics, nanoelectronics, optoelectronics and nano optics.