4th International Conference on Applied Physics

Frankfurt, Germany

April 1-2, 2019

The fundamentals of physics that deals with sound, vibration, ultrasound and infrasound of all mechanical waves in gases, liquids, and solids is Acoustics. The application of acoustics has spreads across many industries such as physics, music, medicine, architecture, warfare and more. A major development in acoustics is the application of ultrasound in detectors such as sonars. Acoustics session has been included in this physics conference to discuss the significance of sound in different fields and open new ways to develop better technologies.

The laser optics session emphasizes on the production, amplification, emission, source and application of light and matter. Lasers find a wide range of applications in a variety of fields namely physics, material technology, medicine, military and defence, lifestyle and so on. The lidar (LIght raDAR) technology has application in atmospheric physics, geology, seismology, and remote sensing. In this physics conference you will witness the most innovative, promising and cutting-edge technological research on your hands.

The application of mathematics to complications in physics and the development of suitable mathematical methods for each application and for the design of physical theories is physicists use mathematical physics. Quantum mechanics, quantum field theory, and quantum statistical mechanics are some areas of physics where mathematical solutions are applied over the years. The Mathematical Physics session in this physics congress will create a chance to envision the unimaginable concepts and theorems which provides solutions for future technologies.

The Physics conference has included Soft Matter Physics and Biophysics session to bring together the quantitative, experimental and theoretical approaches to study the physical, kinetic and mechanical properties of materials such as liquids, colloids, foams, sprays, biomolecules, membranes and polymers. The diverse properties of these soft matter materials are used in manufacturing new materials (such as lubricants, fuel, preservatives and foams) which finds application in everyday usage and biomaterials (such as blood, tissues, and food products).

The creation of materials at the molecular or atomic scale to develop emerging technologies that are more efficient and better products, designing new manufacturing technologies, or refining the human experience will be discussed in the advanced materials session. There is always a need for better materials with cost effective and minimal adverse effects will be discussed at this physics congress such that it renovates the way of research. For example, forensic investigators make use of advanced materials processes to find more information on the crime scene. Graphene research is revolutionizing the world with academic and industrial physicists working to bring it to the world.

Engineering Physics forms the ground for applied physics, where it blends physics and engineering solutions by bridging the gap between theoretical basis and experimental applications. Engineering physicists are most apposite to applying new innovations to issues in designing plan and assembling where established engineering methodologies are insufficient. Engineering physicists work in high-tech industries and assembling settings in groups with specialists and technologists to comprehend true-world design and execution issues. Here in this physics conference, we aim to bring the emerging technologies and latest research by the researchers and scientists to provide the necessary tools for our future.

The metrology session at this physics conference will focus on the application of metrology to quantify and find new measurement methods that one can rely on matching the technological development and lessen the effects of its imperfections. Physical metrology ensures that measurement standards work and keep up or updated with the evolving industrialization. The measurement system is a basic requirement in the field of science and technology and most prominently metrology finds applications in physics, engineering and manufacturing processes.

3D printing, a game-changer in the recent times in physics and technology, allowing people to create their real-life objects in their homes. With interest among the researchers and general public, the technology is certainly finding a wide range of applications. For example, researchers are developing a 3D biomaterials which could be a real life saver for amputated individuals and certain diseases. The physics conference brings out the various technologies from 3D printing to 3D films, augmenting each process and improving the technology.

In this session, we encourage researchers to put forth the shortcomings and solutions to finding a better alternative energy resources. Physics plays a significant and perceptible role in the arena of sustainability and renewable energy. The world is leading towards a green sustainable environment, where natural resources play a prominent role in the search for alternative energy. According to a survey in 2017, the global energy consumption by the use of renewable energy resources contributed to a 23.7% in 2015 and 26.8% in 2016. This physics congress brings forth the most defining research in finding a energy source that is viable and sustainable over a long period of time.

The Environmental and Geophysics session deals with the understanding of the natural environment and the analysis of interactions between the organisms and their environments. The developments in geophysics such as the discovery GPS and Satellites have made it possible to collect data where people cannot access the area physically. Environmental physics requires classical physics but also draws knowledge from environmental physiology by analysing how living organisms function and respond to the environment. Here in this physics conferences, you can find the recent progresses in environmental physics that is often made through collaboration between physics, geology, biology, and chemistry.

Here in this Quantum Physics session, physicists reveal their research on the behaviour of quanta or subatomic particles in explaining the many features of the universe. Quantum physics finds applications in modern technologies and devices that operate under the ‘quantum tunnelling effect’. Quantum cryptography is developing more rapidly which involves direct manipulation of quantum states. The qubit processors claims the advent of quantum computing at the next level leading to progress in artificial intelligence, cloud security, data transmissions and medicine. This physics conference applies the principles of physics to develop more efficient technologies.

The Photonics session at this physics conference brings together the latest technological advances in photonics. This session emphasizes on the applications of photonics in everyday life. The recent progress in semiconductor technologies, photovoltaic cells and devices have found applications in various fields ranging from telecommunications, medicine, lasers, renewable energy to military technology. Advances in photovoltaics research which may be in the production cost, efficiency or increased reliability will be discussed at this physics congress.

The forefront of modern research is nanoscience and nanotechnology. In this session we put together researchers who have an outstanding knowledge of nanoscience and applying them to design, fabricate and control materials and components on the nanoscale into new products. The advanced research in new materials and products with new enhanced properties, nanoelectronics, new types of smart medicines, sensors, and interfaces between electronics and biological systems will be focused in the physics conference.

The session on Medical Physics focuses on gathering novel research in physics and clinical imaging that advances in better diagnosis and therapy. This physics conference will bring together the latest cutting-edge technologies and innovations in clinical applications. The medical physics is pioneering the clinical field, one of the major breakthrough is the treatment of cancer through radiation oncology. Around 60-65% of all cancer patients receive radiation therapy. With the rapid developing technologies the clinical imaging techniques and treatment methods will only improve the healthcare industry.

The Surface Physics session encourages a wide range of research into surface structure and dynamics of matter, solid or gas. The applications of surface physics includes semiconductor technology, vacuum technology, microelectronics, flat-panel displays, compact disks, computers, environmental monitoring of pollutants, biomaterials, soft tissues, food safety, and pharmacy will be focused at this physics conference. The most recent development in surface science are the preparation and analysis of nanostructures, novel and exotic materials studies, elementary excitations in solids, etc. The latest cutting-edge technology research in this field will be extensively focused in the surface physics session.

Modern physics implies the classical physics ideas towards the progress of new and advanced methods and tools that can be incorporated with real-world applications in telecommunication, health and electronics industry. In the computational physics session at the physics conference, we encourage researchers to present their experimental, theoretical or simulations to solve the problems in physics. This reason is why computational techniques finds applications in areas like condensed matter physics, astrophysics, particle physics, nuclear physics, etc.