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Theme: Revving up the advances in the science of Optics, Photonics and Lasers

Euro Optics 2018

Euro Optics 2018

Euro Optics 2018 invites all the participants across the globe to attend the 9^th International Conference on Optics, Photonics & Lasers during July 02-04, 2018, at Berlin, Germany.

Photonics consist of cutting-edge uses of lasers, optics, fiber-optics and electro-optical devices in frequent and various fields of technology – alternate energy, manufacturing, health care, telecommunication, environmental monitoring, homeland security, aerospace, solid state lighting and many others. Speedy progress in the number and intricacy of photonics and photonics and optics enabled technologies has caused the claim for technicians to overdo supply. Euro Optics 2018 provides a best technical meeting for reporting and learning about the latest research and developments in Optics, Photonics and Lasers market, as well as for launching new applications and technologies. Euro Optics 2018 includes hot topics presentations from all over the world and professional networking with industry leading working groups and Photonics and Laser companies.

“The City of Freedom” (Berlin) is a place for wide-scope of research in the field of photonics, optics and lasers including information technologies, Nano devices and biophotonics. All the global companies are very much attentive to invest in Research and Development.

Lasers and Nonlinear Optics

LASER stands for light amplification by stimulated emission of radiation. We all know that light is an electromagnetic wave. Each wave has its own brightness and colour, and vibrates at a certain angle, called polarization. This theory also applies to laser light but it is more parallel than any other light source. Every part of the beam has almost exact same direction and so the beam will diverge very little. A perfect laser can illuminate any object from any distance with an intense dot. As it is so parallel, it can be focused to very small diameters where concentration of light energy becomes so high that you can drill, cut, or turn with the ray. It is also possible to illuminate and examine very tiny details with the lasers, thus it is used in surgical applications and CD players as also. Nonlinear Optics is the part of optics dealing with optical nonlinearities and their applications. The nonlinearity is genuinely observed only at laser light intensities. The vacuum converts to nonlinear medium, as it crosses the Schwinger Limit. In nonlinear optics, the superposition principle does not hold. For applications, a wide area is concerned with the effects of optical nonlinearities in various situations, e.g. for the propagation of intense ultrashort pulses in optical fibers, in supercontinuum generation, or for optical signal processing. Nonlinear optics is also very important for many experiments in quantum optics.

3rd Quantum Optics Conference September 10-11, 2018 London, UK, 3rd Quantum Computing Conference , September 10-11, 2018 London, UK, 3rd Nuclear Conferences June 7- 8, 2018 London, UK, 3rd Plasma Physics Conferences , June 7- 8, 2018 London, UK, 3rd on High Energy Physics Conferences December 11-12, 2017 Rome, Italy, 4th Condensed Matter Physics Conferences March 12-13, 2018, 4^th Materials Physics Conferences, March 12-13, 2018 Barcelona, Spain, 5th Theoretical Physics Conferences July 02-03, 2018 Vienna, Austria , 5^th Applied Physics Conferences July 02-03, 2018 Vienna, Austria 6th International Conference on Photonics, Optics and Laser Technology (PHOTOPTICS) January 25- 27, 2018, Funchal, Madeira, Portugal, EALA - European Automotive Laser Applications 2018, February 09-11, Bad Nauheim, Germany, SPIE Photonics Europe, April 22-26, 2018, Strasbourg, France and Exhibition on Photonics, Optics and Lasers 24 - 25 April 2018, First International Conference on Optics, Photonics and Lasers (OPAL' 2018) , May 9-11, 2018, Barcelona, CASTELLDEFELS, Spain, SPIE Optical Systems Design , May 14 - 17 2018, Frankfurt, Germany, 14th Optatec – International Trade Fair for Optical Technologies, Components and Systems MAY 15–17, 2018 Frankfurt, IEEE 2018 International Conference on Optical MEMS and Nanophotonics, 29 July 2018 to 2 August 2018, Switzerland, European Optical Society Biennial Meeting (EOSAM) 2018, October 8-12, 2018, Delft, Netherlands, Laser Europe 2018 “Skin & Body Conference” May 24-26, 2018, Amsterdam, UK, 3rd International Caparica Conference on Chromogenic and Emissive Materials, September 03-08, 2018, Caparica, Portugal, ICEL 2017 - International Conference on Extreme Light, 5-9 November, 2017 ELI-ALPS Research Institute, Szeged, Hungary

Related Societies

Europe

SPIE International Society for Optics and Photonics, European Optical Society, Danish Optical Society, Lasers & Electro-Optics Society, Finnish Optical Society, Swiss Society of Optics and Microscopy, Italian Society of Optics & Photonics, Dutch Society for Optics and Photonics, Spanish Optical Society, Swedish Optical Society, UK Consortium for Photonics and Optics, Optoelectronics Industry Development Association, Laser Association-Russia, EUROM I Optical Industries, French Optical Society, Photonics Electronics Technology Research Association, Nanophotonics Europe Association, Optics InfoBase, European Laser Association, British Medical Laser Association, ESLAS European Society for Laser Aesthetic Surgery, IEEE Photonics Society

USA

Optical Society of America, Colorado Photonics Industry Association, Optical Society of Southern California, Optical Society of WNY, Boston Photonics Group, Laser Institute of America, OSA: The Optical Society

Asia

Australian Laser Association, Photonics Society of India, Australian Optical Society, Laser Society of Japan, Photonics Society of India and Indian Laser Association, The Chinese Optical Society (COS), Optical Society of Japan, Photonics Association of Singapore, Photonics Society of Chinese Americans, Optical Society of Korea

Related Journals

Journal of Optics, Journal of the Optical Society of America, Laser & Photonics Reviews, Optics and Spectroscopy, International Journal for Light and Electron Optics, Microwave and Optical Technology Letters, Journal of Nonlinear Optical Physics & Materials, Journal of Optical Technology, Journal of the Optical Society of America, Current Optics and Photonics, Journal of Biomedical Optics, IEEE Journal of Selected Topics in Quantum Electronics, Journal of Modern Optics, Japanese Journal of Applied Physics, Optical Engineering, Journal of the European Optical Society, Journal of Photonics for Energy, Applied Optics, Lasers in Medical Science, Photomedicine and Laser Surgery, Journal of Laser Physics, Nature Photonics, Advances in Optics and Photonics, Applied Spectroscopy, Fiber and Integrated Optics, Physical Review X, Nature Nanotechnology, IEEE Photonics Journal, Journal of Lightwave Technology, Light: Science and Applications, Laser & Photonics Reviews

Related Companies

Acqiris SA, Xiamen Freeform Optical Technology Co Ltd , 2b-special GmbH, 3DOptix, 3SAE Technologies Inc, 4D Technology Corp, AA SA, Aavid Thermacore, Abrisa Technologies, Access Laser Co, Access Optics, AccuCoat Inc, Accumold, Acktar Ltd, Active Fiber Systems GmbH, Active Optical Systems LLC, Active Optics Night N Ltd, Acton Optics & Coatings, Adamant Co Ltd, Adaptive Lighting Ltd, ADIT Electron Tubes, AdlOptica Optical Systems GmbH, Admesy BV, AdTech Ceramics Co, AdTech Optics Inc, AdValue Photonics Inc, Advance Reproductions Corp, Advanced Abrasives Corp, Advanced Cooling Technologies Inc, Advanced Fiber Resources (Zhuhai) Ltd, Advanced Microoptic Systems GmbH, Advanced Power Group Corp, Advanced UV for Life, AdvR Inc, Aehr Test Systems, AEMtec GmbH, Aerotech Inc, AET Technologies, AFL, AG Optics Co Ltd, Agilent Technologies Inc, AGM Container Controls Inc, AIM Micro Systems GmbH, AIM Photonics (American Institute for Manufacturing Integrated Photonics), Airy Optics Inc, Aistana Inc, AIXEMTEC GmbH, Aixtooling GmbH, Ajile Light Industries Inc, AKELA Laser Corp, Akribis System Incorporated, Alazar Technologies Inc, ALIO Industries Corp, Allied Vision Technologies Inc, AllMotion Inc, Alluxa, ALPAO SAS, Alpes Lasers SA, ALPHANOV, ALPHA-RLH, Alpine Research Optics, Altechna UAB, Altos Photonics Inc, American Photonics, AMETEK Precitech Inc, Amphos Inc, Ampliconyx Oy, Amplitude Systemes part of Amplitude Laser Group, AMS AG, AMS Technologies AG, Amtron GmbH, Analog Modules Inc, Andon Electronics Corporation, Andor Technology Ltd, Andover Corporation, Andritz Powerlase Ltd, Anson Optical Products Co Ltd, Aperture Optical Sciences Inc, Apex Technologies, Apollo Optical Systems Inc, Applied Image Inc, Applied Laser Engineering Ltd, Applied NanoTools Inc, Applied Optics Ctr a Div of Optex Systems Inc, Applied Physics & Electronics Inc, Applied Surface Technologies, Applied Thin-Film Products

Optical Imaging and Sensing

Optical imaging is a technique to observe in a non-invading way inside the body, similar what is done with x-rays. But, unlike x-rays, which use ionizing radiation, optical imaging uses visible light and the special properties of photons to obtain detailed images of organs and tissues as well as smaller structures including cells and even molecules. These images are used by scientists for research and by clinicians for disease diagnosis and treatment. An optical sensor is a device that converts light rays into electronic signals. Similar to a photoresistor, it measures the physical quantity of light and translates it into a form read by the instrument. Generally, the optical sensor is part of a larger system assimilating a measuring device, a source of light and the sensor itself. This is generally connected to an electrical trigger, which reacts to a change in the signal within the light sensor.

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Optoelectronics

Optoelectronics is the branch of technology concerned with the combined use of electronics and light. Optoelectronics is the field of technology that associates the physics of light with electricity. It incorporates the design, study and manufacture of hardware devices that convert electrical signals into photon signals and photons signals to electrical signals. The device that converts an electrical-to-optical or optical-to-electrical is considered as an optoelectronic device. Optoelectronics is built up on the quantum mechanical effects of light on electronic materials, sometimes in the presence of electric fields, especially semiconductors. Optoelectronic technologies comprise of laser systems, remote sensing systems, fibre optic communications, optical information systems, and electric eyes medical diagnostic systems.

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Applied Industrial Optics

Optics is the field of Physics that comprises the behaviour and characteristics of light, adding its relations with materials and the creation of tools that use or distinguish it. Generally, optics defines the nature of visible, ultraviolet, and infrared light. As light is an electromagnetic wave, other types of electromagnetic radiation viz. X-rays, microwaves, and radio waves display similar properties. Optics is part of everyday life. The ubiquity of visual systems in biology indicates the central role optics plays as the science of one of the five senses. Many people benefit from eyeglasses or contact lenses, and optics are integral to the functioning of many consumer goods including cameras. Rainbows and mirages are examples of optical phenomena. Optical communication provides the backbone for both the Internet and modern telephony. The Europe optical sensors market is expected to grow to USD 3.85 billion by 2018 at a CAGR of 5.73% over the period 2016-2021.With quick-paced advanced evolution in the optical sensors commercial, market players have offered extremely power-efficient optical sensors. The need for reliable sensors has realized an adjustment in the materials and manufacturing procedures utilized. These patterns have achieved positive development in the business sector for optical sensors. The major drivers include the demand for power-efficient smartphones and tablets, innovation in new generation LED lighting, demand for high-end hospital imaging equipment, utilization of sensors in smart control system and factory automation, and an effort to ensure safety and performance in automotive sector. Separately from their application in LAN procedures and the information allocations trade, the fiber optical sensors are furthermore being cast-off in the oil and gas manufacturing, wind vivacity area, country security maneuvers, and vivid constructions. A difficulty associated with these sensors is interference from multiple effects. A sensor intended to measure strain or pressure may be very temperature-sensitive. Intense R&D has been conducted over the last five years to provide means for distinguishing between various effects. The high organization expenses remain an obstruction to development. Be that as it may, this situation could change as government subsidizing activities are boosting R&D in the fiber optics field.

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Fiber Laser Technology

Fiber lasers are basically different from other laser types; in a fiber laser, the active medium that produces the laser beam is actually isolated within the fiber optic itself. This discriminates them from fiber-delivered lasers where the beam is merely transported from the laser resonator to the beam delivery optics. Fiber lasers are now widely known because of its most focusable or highest brightness of any laser type. The essentially scalable concept of fiber lasers has been used to scale multimode fiber lasers up to the output power greater than 50 kW and single mode fiber lasers capable of 10kW in power. Optical imaging is an imaging procedure that generally defines the behaviour of perceptible, ultraviolet, and infrared light used in imaging. Since light is an electromagnetic wave, similar indications happen in X-rays, microwaves, radio waves.

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Lasers in Medicine

There are some surgical operations that are perplexing to perform with the conventional scalpel. Initial trials with laser beam showed that a finely focused beam from a carbon dioxide gas laser could cut through human tissue effortlessly and neatly. The surgeon could direct the beam from any angle by using a mirror attached on a movable metal arm. Therefore, now a day’s laser beam is the most desirable tool which is used as a standby for the conventional blade to perform difficult surgeries. Lasers were measured as most operative in functioning on parts that are informal to reach-areas on the body's peripheral, counting the ears, skin, mouth, eyes and nose. But in recent years doctors have established the remarkable progress in emerging laser techniques for use in internal exploration and surgery. For illustration lasers are gradually used to clean plaque from people's arteries.

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Photonics

Photonics consist of cutting-edge uses of lasers, optics, fiber-optics and electro-optical devices in frequent and various fields of technology – alternate energy, manufacturing, health care, telecommunication, environmental monitoring, homeland security, aerospace, solid state lighting and many others. Speedy progress in the number and intricacy of photonics and photonics-enabled technologies has caused the claim for technicians to overdo supply. The number of college degrees in engineering is decreasing, causing fierce competition for the relatively small pool of qualified optics technicians and engineers.

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Optical Technologies

Light, like radio, consists of electromagnetic waves. The major difference between the two is that light waves are much shorter than radio waves. The use of electromagnetic waves for long-distance communications was the beginning of an industry known first as wireless and later as radio. Lasers emit high-intensity light beams. In laser and optical technologies, professionals channel these beams for use in scientific instruments, engineering, biomedical research, communication and medicine. Furthermore, laser and optical technology can further the fields of medicine, science and engineering through the development and application of new technologies.

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Nano and Quantum Sciences

Nanophysics and all nanoscale sciences have been strongly on the rise for over twenty years and promise many more groundbreaking developments. The nanoworld is a land of dwarves: we are fascinated by the smallest functional structures making up matter, whose size is on the order of a nanometer – a billionth of a meter. The laws of the nanoworld are different from those governing our everyday experience. Quantum effects are important in most materials and give rise to different properties than we are familiar with on a macroscopic scale.

In the quantum world, we observe many attractive and at first sight unfamiliar miracles – such as quantum particles that can be in a superposition of unalike positions at the same time, or quantum jumps whose exact point in time is necessarily haphazard. As puzzling as these phenomena may seem, we are already seeing signs that they will form the basis for a revolution of modern technology. There is almost no other field of science where pure basic research and technological applications of revolutionary impact are so seamlessly intertwined. A hot topic is the fast-growing field of quantum computing and quantum technology.

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Optical Fiber

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Optics in Astronomy and Astrophysics

Optical complexity in astrophysics discusses to an explicit level of transparency. Optical penetration and actual penetration, can vary broadly depending on the absorptivity of the astrophysical atmosphere. Optical penetration is an amount of the annihilation coefficient or absorptivity upto a definite 'depth' of a star's makeup. The assumption here is that either the extinction coefficient or the column number density is known. These can generally be calculated from other equations if a fair amount of information is known about the chemical makeup of the star. From the definition, it is also vibrant that large optical depths resemble to advanced rate of obscuration. Optical depth can therefore be thought of as the impenetrability of a medium. The extinction coefficient can be calculated using the transfer equation.

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Latest Technologies in Photonics and Lasers

Lasers emit high-intensity light beams. In laser and optical technologies, professionals channel these beams for use in scientific instruments, engineering, biomedical research, communication and medicine. Furthermore, laser and optical technology can further the fields of medicine, science and engineering through the development and application of new technologies. Photonics and Laser technology has stuck effectively all sectors of society and business, from the way we interconnect, yoke energy from the sun, assembly things, measure things and finally entertain ourselves with colourful demonstrations in all sizes and shapes. The development of these various, but associated, optical technology based areas is predictable and will require largely proficient professionals able to underwrite to the progression of the trade. The exercise required comprises both a solid foundation in theory as well as a significant level of involvement in appropriate hands on aids. The electronics industry, just one of the sectors dramatically affected by the growth of photonics, has previously been the driver of communication. This area has been largely and increasingly, superseded by a combination of fiber optic and wireless communication, and this shift in technology is expanding as the sharing of information increases. Because Photonics applications are everywhere, the focus is around the following major Photonics areas of Global Needs where rapid change and breakthroughs are taking place:

Information Technology and Telecommunications
Health Care and the Life Sciences
Optical Sensing, Lighting, and Energy
Industrial Manufacturing
National Defense
Aerospace, Aviation and Transportation
Construction and Metrology
Manufacturing of Optical Components and Systems and
Research and Education

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Quantum Optics

Quantum optics is an arena of exploration that uses semi-classical and quantum-mechanical physics to study wonders connecting light and its communications with material at submicroscopic heights. Quantum theory states that, light can be measured not only as an electromagnetic wave but also as a stream of particles called photons which travel with the vacuum speed of light. These particles should not be classical billiard balls, but as quantum mechanical elements labelled by a wave function spread over a determinate area. Each constituent part transmits one quantum of energy. That energy influenced by a solo photon resembles accurately to the shift between distinct energy levels in an atom that discharged the photon; substantial captivation of a photon is the inverse procedure. Einstein's clarification of impulsive emanation also foretold the presence of stirred discharge, the code upon which the laser rests. However, the authentic origination of the laser many years later was reliant on a process to yield a population overturn. The use of statistical mechanics is essential to the perceptions of quantum optics: Light is labelled in terms of field operators for construction and extermination of photons, in the language of quantum electrodynamics. This state, which can be used to roughly define the output of a single-frequency laser well above the laser threshold, shows Poissonian photon number figures. Via certain nonlinear communications, a comprehensible state can be malformed into a clasped coherent state, by applying an embracing operator which can exhibit super- or sub-Poissonian photon statistics. Such light is called squeezed light. Other important quantum features are interrelated to associations of photon statistics between unlike beams. For example, impulsive parametric down-conversion can produce so-called 'twin beams', where each photon of one beam is linked with a photon in the other beam. Atoms are measured as quantum mechanical oscillators with a distinct energy spectrum, with the conversions between the energy eigen states being determined by the captivation or emanation of light according to Einstein's theory. For solid state matter, one practices the energy band models of solid state physics. This is important to considerate how light is spotted by solid-state devices, usually used in experiments.

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Optical Communications and Networking

Optical communications networks are enhancing a vital role such as there is high demand for capacity links. DWDM which means dense wavelength division multiplexing is widely deployed at the core networks to deliver high capacity transport systems. Optical components such as, tunable filters, termination devices, optical amplifiers transceivers, and add-drop multiplexers are becoming more trustworthy and affordable. Access network and metropolitan area networks are increasingly built with optical technologies to overcome the electronic blockage at network edges. Subsystems and new components for very high speed optical networks offer a new design options. Free-space optical communication has been arranged in space, while terrestrial forms are naturally limited by weather, geography and the availability of light. In optical communication, light use to carry information at a distance. It can be performed visually or by using electronic devices. Optical communication is any type of communication in which light is used to carry the signal to the remote end, instead of electrical current. Optical communication depends on optical fibers to carry indications to their terminuses. A modulator/demodulator, a transmitter/receiver, a light signal and a transparent channel are the building blocks of the optical communications system.

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Surface Enhanced Spectroscopy (SES)

Surface-enhanced Raman scattering (SERS) or Surface-enhanced Raman spectroscopy is a surface sensitive technique which enhances Raman scattering by the molecules adsorbed on the rough metal surfaces or by the nanostructures such as plasmonic magnetic silica nanotubes and the enhancement factor can be as much as 10^10 to 10^11, which means the technique may detect single molecules. The machinery of enhancement effect of SERS is a staple of discussion in the literature. There are two primary theories and their mechanisms differ substantially, distinguishing them experimentally has not been forthright. The electromagnetic theory recommends the excitation of localized surface plasmons, and then the chemical theory recommends the formation of charge transfer complexes. The chemical theory applies only for the species that have formed a chemical bond with surface. So, it cannot explain the observed signal enhancement in all the cases, whereas electromagnetic theory can put on even in those cases where the specimen is physiosorbed only to the surface. It has been revealed newly that SERS enhancement can arise even when enthusiastic molecule is comparatively far apart from the surface which groups metallic nanoparticles permitting surface plasmon phenomena. Surface enhanced spectroscopy has the potential to enhance both the in and outcoupling of photons with a molecule by many orders of magnitude. Conventional plasmonic surface enhancement services only single-resonant enhancement, if optimal enhancement of at most a single optical transition. So-called dual-resonant enhancement can be used to overawed this issue, but needs more complex surface designs.

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Laser Systems

LASER stands for light amplification by stimulated emission of radiation. We all know that light is an electromagnetic wave. Each wave has its own brightness and colour, and vibrates at a certain angle, called polarization. This theory also applies to laser light but it is more parallel than any other light source. Every part of the beam has almost exact same direction and so the beam will diverge very little. With a decent laser, an object at a detachment of 1 km can be irradiated with a spot about 60 mm in radius. As it is so parallel, it can be focused to very small diameters where concentration of light energy becomes so high that you can drill, cut, or turn with the ray. It is also possible to illuminate and examine very tiny details with the lasers, thus it is used in surgical applications and CD players as also. It can also be made very monochromic, thus only one light wavelength is present. This is not the instance with the ordinary light sources. White light contains all colours in the spectrum, but even a coloured light, such as a red LED contains a repeated interval of red wavelengths.

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Industrial Applications of Laser and Photonics -Overview, Challenges and Current Trends

Industrial Applications of Laser:-

Laser is a source of energy endowed with extra-ordinary properties. These special properties have been detailed in the earlier section on "Properties of lasers". Due to its unique nature, lasers have found applications in almost in every field of human activities, whether it is science, medicine, industry, agriculture, entertainment or informatics, to mention a few. It may be brought to the notice of the reader that all the basic properties of laser are not necessary for its use in every application. In fact, it is the application that decides what all properties are essential in the laser for the successful implementation of an activity. For example, high coherence of laser is an essential requirement in holographic applications, whereas the same plays a nominal role, in range finding or for that matter in laser - light shows. In this section, Industrial applications of Lasers have been discussed briefly. Other applications are discussed in other sections. Today, laser is probably the most versatile tool available for various material processing applications like welding, drilling, cutting, heat treatment (hardening, annealing, glazing, cladding etc.) as well as certain very special applications like clearance of interstellar fragments, laser balancing, isolated refinement and decommissioning of components of unexploited nuclear installations, laser ablation, oil and gas exploration, automotive industry etc. Further, laser material processing (LMP) scores very high in the processing of difficult to machine materials such as, hardened metals, composites and ceramics to name a few, compared to the normal mechanical material processing techniques. In this section, our intention is to provide the basic concepts rather than the details.

Applications of Photonics:-

The photonics industry, photonics symposiums in the world is very broad in scope with applications ranging from telecommunications fiber optic links to cancer treatments. Applications of photonics are ubiquitous. Included are all areas from everyday life to the most advanced science, e.g. telecommunications, light detection, information processing, metrology, holography, spectroscopy, medicine, laser material processing, visual art, Bio photonics, robotics etc. The potential economic impact of photonic technologies in the next ten years is considerable and a number of industrial organizations have predicted growth rates of up to 25% with total markets of hundreds of billions of dollars. Photonics meetings, Photonic technologies have major impact on the world economy with a current global market of €300 billion and projected market value of over €600 billion in 2020. Growth in the photonics industry more than doubled that of the worldwide GDP (gross domestic product) between 2005 and 2011. Photonics impacts around 10% of the European economy. This leverage is generated by a European photonics market worth €58.5billion (21% of the world market) and a European photonics industry employing 290,000 people.

Laser Overview-

A laser, abbreviated as Light Amplification by Stimulated Emission of Radiation, is a very penetrating, highly steering beam of light. A laser is commonly formed by "exciting" the atoms or molecules in a substantial in a very precise custom until they emanate photons in a very systematized or articulate way. Chemical lasers are diplomacies whose enthusiastic species are formed by chemical reactions. Solid-state lasers use a crystalline or glass material doped with an ion, which is the lasing species.

Photonics Overview:-

Photonics is today a key revolution driver in many established applications like communications, measurement and safety and laser supported manufacturing. Photonics also provides solutions to upcoming global challenges such as energy and health-care. European photonics production now accounts for 20.3% of global production. There are more than 5,000 photonics firms in Europe, unswervingly engaging about 300,000 people. The European photonics landscape is characterized by the presence of high-level research groups in public research centres and universities and by strong industries in both SMEs and large companies.

Optics applications:-

Optics is part of everyday life. Many people benefit from eyeglasses or contact lenses, and optics are integral to the functioning of many consumer goods including cameras. Rainbows and mirages are examples of optical phenomena. Optical communication provides the backbone for both the Internet and modern telephony. Applications are:

Medical
Life sciences
Remote sensing
Metrology
Aerospace
Defense
Illumination
Imaging

Optics Overview:-

The physics and mathematics of wave motion underlie many important phenomena. The water wave on the sea, the vibration of a violin string, and the quantum mechanical wave associated with an electron can all be described in a similar way. Light too, often displays properties that are wave-like. We will start the course looking at "ray" optics, but then pause for a general treatment of waves of all types. We will start this waves section by reviewing ideas of oscillations and simple harmonic motion, and go on to look at the physics of travelling and standing waves. We will apply these ideas to various types of wave, and see how all-pervading this topic is in physics. We will then be in a position to consider a number of phenomena in which the wave properties of light are important. Optics is the study of light and its uses. "Light" is electromagnetic radiation which can be detected by our eyes, i.e. electromagnetic radiation with wavelengths in the range ~400 nm - 700 nm (though often very similar ideas apply beyond both ends of this wavelength range). In this lecture course, we will look at basic ideas of light propagation, geometrical optics (imaging, etc.), interference and diffraction of light, and some of the many uses to which light is put. Far from being just an "old" subject, optics is becoming increasingly important as more and more use is being made of lasers and optoelectronics in industry and society. We will look at various examples including laser-based remote sensing, optical communications, laser-based length measurement, and optical data storage (the CD). The last topic is the one which has brought lasers, precision optics, and optoelectronics into many households; we will be using this example throughout the course to illustrate the various optical phenomena that we shall be attempting to explain.

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On successful series of conferences on Optics, Photonics & Lasers; Our Editorial Board Members announces the 9^th International Conference on Optics, Photonics & Lasers during June 25-27, 2018 Berlin, Germany. We would like to invite all the participants across the globe to join the under one roof to discuss the latest advancements in the field of Photonics and Lasers.

The 9^th Edition of Euro Optics will feature on different tracks covering both academics and Industrial aspects. In Europe one of the largest technologies event; around 35 countries are participating to here latest researchers and branding their products by exhibitions.

Conference Series Organizes 3000+ Global Events every year across USA, Europe & Asia with support from 1000+ more scientific societies and conducting over 600+ Conferences, 1200+ Symposiums and 1200+ Workshops Physics, Engineering Science, Technology and Business.

Germany is a place for wide-scope of research in the field of photonics, optics and lasers. European Union spending billion dollars on Research and Development

“Photonics is creating new knowledge” In the 20th century photonics research is creating a huge impact on the nation developing advanced technologies and using in different applications.

The below seven areas already made and is expected to make an even larger impact in the future.

Information Technology and Telecommunications
Health Care and the Life Sciences – Biophotonics
Optical Sensing, Lighting, Energy and Displays
Optics in Manufacturing
National Security and Defense
Manufacturing of Optical Systems and Components
Education and Research

Why to attend?

Euro Optics 2018 conference paves a platform to globalize the research by installing a dialogue between industries and academic organizations and knowledge transfer from research to industry. Euro Optics 2018 aims in proclaim knowledge and share new ideas amongst the professionals, industrialists and students from research areas of Photonics and all the related disciplines to share their research experiences and indulge in interactive discussions and special sessions at the event.

Conference Highlights:-

Optical Imaging and Sensing
Lasers and Nonlinear Optics
Optoelectronics
Applied Industrial Optics
Fiber Laser Technology
Photonics
Nano and Quantum Sciences
Optical Technologies
Lasers in Medicine
Optics in Astronomy and Astrophysics
Optical Communications and Networking
Quantum Optics
Laser Systems
Surface Enhanced Spectroscopy
Optical Fiber
Latest Technologies in Photonics and Lasers
Industrial Applications of Laser and Photonics-Overview, Challenges and Current Trends

The photonics overall market is likely to reach USD 979.90 billion by 2024, it is regarded as one of the Key Enabling Technologies (KETs) in the recent past, leading to the development of new products and services with substantial economic benefits. The broad diversity of devices with photonic-based components is expected to impact the global demand for this technology positively. Photonics, Optics and Lasers are technologically advanced field, being at the lead of innovation and R&D.

Europe is a leading photonics country (with around 40 percent of photonics production), Germany enjoys around eight percent share of the global photonics market. This rises to between 10 and 16 percent in key sectors including production technology, image processing and measurement technology, optical components and systems as well as medical technology and the life sciences. An export quota rate of approximately 68 percent testifies to the international competitiveness of innovative photonics solutions made in Germany. Annual growth of around eight percent in the country’s domestic market in recent years has outstripped GDP and manufacturing growth, with production volume topping the EUR 30 billion mark in 2017. Current market forecasts see Germany’s domestic production value rising to around EUR 44 billion by 2020.

The Germany region is a strong economy, as well as expanding their network communications throughout the world. Billions of dollars investing in Research and Development, Mostly in Lasers and Photonics filed. The Germany offers investment opportunities to wide range of sectors. The most dominant sectors presently include optics, photonics, lasers, logistics and transport, tourism, machinery, iron and steel, chemical and petrochemical, electronics, ceramics and construction materials, (non-metallic minerals), metallurgy, textile and footwear, printing industry, paper and plastics manufacturing. The Germany region’s photonics and laser industries and enterprises are dynamic, deep-rooted and used to competing with other national and multinational markets.

Competitive Advantages:-

Strong Economy
Expanding Network Communications (Motorways, Trains, Ports, Airports)
Investment in Photonics Opportunities
Available Industrial Space
Strong Financial Environment
Excellent Services Industry
Growing research and development

Germany brags one of the world’s most thriving and innovative photonics and laser sectors. German companies are world leaders in a number of photonics areas including laser technology, lighting, microscopy, and imaging. As the home to market and technology leaders, Germany is a leading light in a global market that is forecast to be worth EUR 615 billion by 2020. Optical communications market is expected to grow very fast when compared to other markets from $320 million in 2017 to $1.0 billion in 2022 at a CAGR of 26.5% and also optical signal processing market is expected to grow from $68 million in 2017 to $246 million in 2022 at a CAGR of 29.3% .

The media, broadcasting, and telecommunication sector is estimated to be the largest end-use industry for photonics. The industry is growing due to rising demand for optical fibers. Optical fibers are preferred over metallic wires due to greater safety and security. Moreover, optical fibers cater to high speed transmission requirements for 4G, LTE, and FTTx networks. Optical fibers have witnessed an increase in demand due to investments in telecommunications and information technology and new developments in countries such as China, the U.S., India, and Western and Eastern European countries. Mobile phones and personal computing are promoting the use of photonics in the media and broadcasting industry by enabling data exchange using optical fibers.

Photonics Associations in Europe:-

SPIE Photonics Europe
Nanophotonics Europe Association
European Laser Association
Photonics PPP - Photonics21
European organisation for the development of the science of optics

Target Audience:-

Directors of Photonics companies, Production managers, Project managers, Development engineers, Design engineers and Skilled workers
Eminent Scientists/Research Professors in the field of lasers, Optics & photonics
Junior/Senior research fellows in Lasers, Optics & photonics, Students
Photonics Engineers
Members of different Lasers, Optics and Photonics associations/societies.

Top Universities in Europe:-

The Abbe School of Photonics (ASP)
Beuth Hochschule für Technik
HTW University of Applied Sciences
Technical University of Applied Sciences Wildau
Technical University of Berlin
Friedrich Schiller University Jena, Germany
Karlsruhe School of Optics & Photonics (KSOP)
Münster University of Applied Sciences

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Conference Date	July 02-04, 2018
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Speaker Opportunity Closed	Day 1	Day 2
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All accepted abstracts will be published in respective Our International Journals.

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9^th International Conference on Optics, Photonics & Lasers July 02-04, 2018 Berlin, Germany

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Euro Optics 2018

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To Collaborate Scientific Professionals around the World

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