Optics Conference | Photonics & Laser Conferences | PHOTOPTICS Conference | Euro Optics 2019 | OSA | USA

Theme: Thriving to Change the Research Cycle in Optics, Photonics and Lasers

Euro Optics 2019

Euro Optics 2019_Scientific Program

Renowned Speakers

Andrei Ivanov
ITMO University
Russia

Houxiao Wang
Jiangsu University
China

Chen-Wu WU
Institute of Mechanics - CAS
China

Bruno Wacogne
FEMTO-ST Institute
France

GÃ¼nter Nimtz
University of Cologne
Germany

Albrecht Lindingerg
Freie UniversitÃ¤t Berlin
Germany

Kyuman Cho
Sogang University
South Korea

David Abookasis
Ariel University
Israel

Jana Soumendu
Thapar Institute of Engineering and Technology
India

Aleksandr Tarasov
Laseroptek Ltd.
South Korea

Cheng Yen Chien
Graduate Institute of Electronics Engineering â€“ NTU
Taiwan

Bhaskar Kanseri
Indian Institute of Technology
India

Sergey Klimosky
Lomonosov Moscow State University
Russia

Ali Masoudi
University of Southampton
UK

W C H Choy
The University of Hong Kong
Hong Kong

Cheng Yan Gao
Beijing Normal University
China

Christoph Zesch
University of Rome Tor Vergata
Italy

Wei Jaing
Beijing Normal University
China

Ming Li
Beijing Normal University
China

Dun Liu
Chinese Academy of Sciences
China

Peng Liang Guo
Beijing Normal University
China

Shan Shan Chen
Beijing Normal University
China

Rosa Ana Perez Herrera
Universidad PÃºblica de Navarra
Spain

A Merten
Fraunhofer IPMS
Germany

Gohar Tsakanova
Institute of Molecular Biology NAS RA
Armenia

Manuel I MarquÃ©s
IFIMAC - Universidad Autonoma de Madrid
Spain

Guy StÃ©phan
UniversitÃ© Lyon
France

Tina Matzat
Qbit Films
Germany

Dan Botez
University of Wisconsin-Madison
USA

Shien-Kuei Liaw
National Taiwan University of Science and Technology
Taiwan

Manyalibo J MatthewsÂ
Lawrence Livermore National Laboratory
USA

Carl C Jung
CCJ Software
Germany

Fabienne Michelini
Aix Marseille University
France

Shao-Wei Wang
Chinese Academy of Sciences
China

Branislav Vlahovic
North Carolina Central University
USA

V A Belyakov
Landau Institute for Theoretical Physics
Russia

Alexey Akimov
Alexey Akimov, A&M University
USA

H C Ong
The Chinese University of Hong Kong
Hong Kong

Jian Fu
Zhejiang University
China

Jae Eun Jang
DGIST
South Korea

Johan Bauwelinck
Ghent University
Belgium

Nikola Z PetroviÄ‡Â
University of Belgrade
Serbia

Enayet Rahman
University of London
UK

Bernd Witzigmann
Kassel University
Germany

Jun Hee Choi
Samsung Electronics
South Korea

Emily Wilson
NASA Goddard Space Flight Center
USA

Dror Malka
Holon Institute of Technology
Israel

Mingshan Zhao
Dalian University of Technology
China

Shu-Chun Chu
National Cheng Kung University
Taiwan

Jianlang Li
Swinburne University of Technology
China

Lap Van Dao
Swinburne University of Technology
Australia

Xiaoyi Bao
University of Ottawa
Canada

Andrei Kotkov
P N Lebedev Physical Institute
Russia

Etsuji Ohmura
Osaka University
Japan

Artur V. Gleim
ITMO University
Russia

Markus Pollnau
ITMO University
Sweden

Guangwen Huo
Xijing University
China

Michael Giersig
Helmholtz-Zentrum Berlin
Germany

Vladimir B Karalnik
Troitsk Institute for Innovation and Fusion Research (SRC RF TRINITI)
Russia

Kevin Dupraz
Centre national de la recherche scientifique
France

Bruno BÃªche
UniversitÃ© de Rennes
France

Mikhail Kaliteevski
ITMO University
Russia

Bernhard Roth
Leibniz University Hannover
Germany

Stephan Bruening
Schepers GmbH & Co. KG
Germany

Maria Chernysheva
Aston University
UK

Baldemar Ibarra-Escamilla
Instituto Nacional de AstrofÃsica
Mexico

O Pottiez
Centro de Investigaciones en Ã“ptica
Mexico

Guofei An
Southwest Institute of Technical Physics
China

Aleksey Mickhailovich Polubotko
Saint Petersburg State University
Russia

Sergei A Kozlov
ITMO University
Russia

Vladimir Egorov
Saint Petersburg State University
Russia

Andrei Gaidash
ITMO University
Russia

Kozubov Anton
ITMO University
Russia

Dmitrii Pankin
St. Petersburg State University
Russia

Jie Bao
Tsinghua University
China

Abdullah J Zakariyak
Ministry of Interior Kuwait
Kuwait

Shixiang Xu
Shenzhen University
China

DO Tan Si
HoChiMinh-city Physical Association
Vietnam

Giuseppe Antonacci
Centre for Life Nano Science
Italy

Weigang Hou
Northeastern University
China

E U Rafailov
Aston University
UK

Sanjeev Kumar Raghuvanshi
Indian School of Mines
India

Daniel Valverde
University of Guayaquil
Ecuador

German F de la Fuente
ICMA CSIC-University of Zaragoza
Spain

Nezar R Damati
Eyezone Institute of Opticianry and Private Training
Kuwait

Victor V Apollonov
Prokhorov General Physics Institute
Russia

Hee Kyung Ahn
Korea Research Institute of Standard and Science
South Korea

Jafar Jahanpanah
Kharazmi University
Iran

Ryan Mc Clintock
Northwestern University
USA

Steven Slivken
Northwestern University
USA

Hideyoshi Horimai
Egarim Co. Ltd.
Japan

Simon Fafard
Azastra Opto Inc.
Canada

Tatiana Yakovleva
Russian Academy of Sciences
Russia

Amur Margaryan
A I Alikhanyan National Science Laboratory
Armenia

Toshihiro Kasezawa
Egarim Co. Ltd.
Japan

Vincenzo Spagnolo
Technical University of Bari
Italy

Giorgio Pettinari
IFN-CNR
Italy

K V Madhuri
VFSTR University
India

Sebastian Roling
University of MÃ¼nster
Germany

Masashi Yamaguchi
Rensselaer Polytechnic Institute
USA

Xiaoting Jia
Virginia Tech
USA

Takashige Omatsu
Chiba University
Japan

Wei Deng
Macquarie University
Australia

Feiliang Chen
Microsystem and Terahertz Research Center
China

Tatjana Gric
Vilnius Gediminas Technical University
Lithuania

Evgeny Savelyev
Kotelâ€™nikov Institute of Radio-Engineering and Electronics-RAS
Russia

S K Sekatskii
Laboratoire de Physique de la MatiÃ¨re Vivante
Switzerland

Ngwe Zin
University of Central Florida
USA

Simon Fafard
Broadcom
USA

Michelle R Stem
Complete Consulting Services
USA

Nabeel A Riza
University College Cork
Ireland

Tianhong Dai
Harvard Medical School
USA

Yongsoo Lee
Oh and Lee Medical Robot, Inc
South Korea

Amr S Helmy
Univeristy of Toronto
Canada

A G Unil Perera
Georgia State University
USA

Bellet Daniel
University of Grenoble
France

Kaddour Lekhal
Nagoya University
Japan

Yu Zheng
Central South University
China

S Nitta
Nagoya University
Japan

Si-Young Bae
Nagoya University
Japan

Kenji Murakami
Shizuoka University
Japan

Devki N Talwar
Indiana University of Pennsylvania
USA

Kuniharu Ijiro
Hokkaido University
Japan

Juan Carlos Rendon-Angeles
Centro de Investigacion y de Estudios Avanzados del IPN CINVESTAV-Saltillo
Mexico

Hao-Hsiung Lin
National Taiwan University
Taiwan

Masafumi Jo
Laboratory for Advanced Brain Signal Processing, RIKEN Brain Science Institute
Japan

Doron Cohen Elias
Soreq NRC
Israel

Takayoshi Katase
Tokyo Institute of Technology
Japan

Geoffrey Avit
UniversitÃ© Clermont Auvergne
France

John G Ekerdt
University of Texas at Austin
USA

Tatsuo Shiina
Chiba University
Japan

Giedre Samuoliene
Lithuanian Research Centre for Agriculture and Forestry
Lithuania

Dong Li
Microsystem and Terahertz Research Center
China

Hua Guan
Chinese Academy of Sciences
China

Konstantin Lyakhov
Jeju National University
South Korea

Yanbo Bai
Coherent Inc.
USA

Simone Borri
CNR-INO Istituto Nazionale di Ottica
Italy

Ramesh G Mani
Georgia State University
USA

Yohei Sato
Tohoku University
Japan

Qi Jie Wang
Nanyang Technological University
Singapore

Cunzhu Tong
Chinese Academy of Sciences
China

Nasser Peyghambarian
NP Photonics, Inc.
USA

Robert L Green
Florida Polytechnic University
USA

Yutaka Fukuchi
Tokyo University of Science
Japan

Taiji Sakamoto
NTT Access Network Service Systems Laboratories
Japan

Jiaren Liu
National Research Council
Canada

Sang-Rok Moon
Electronics and Telecommunications Research Institute
South Korea

Jair Adriano Lima Silva
Federal University of EspÃrito Santo
Brazil

Reginaldo Barbosa Nunes
Federal Institute of EspÃrito Santo
Brazil

Jianjun Yu
Fudan University
China

Dongsun Seo
Myongji University
South Korea

Jesse A Frantz
US Naval Research Laboratory
USA

Eugene S Smotkin
Northeastern University
USA

Takahiro Tsukahara
Tokyo University of Science
Japan

Robert Claude Gauthier
Carleton University
Canada

Holger Kreilkamp
Fraunhofer-Institute for Production Technology
Germany

Baptiste MOT
IRAP
France

T K Subramaniam
Sri Sairam Engineering College
India

Ulrike Willer
Clausthal University of Technology
Germany

S S Bayya
Naval Research Laboratory
USA

A Seteikin
Amur State University
Russia

Izumi Nishidate
Tokyo University of Agriculture and Technology
Japan

Yongsoo Lee
Oh and Lee Medical Robot, Inc
South Korea

Albrecht Lindinger
Freie UniversitÃ¤t Berlin
Germany

Euro Optics 2019

12^th International Conference on Optics, Photonics & Lasers, a symposia being conducted by Conference Series LLC Ltd., A company which has given a vast contribution to the world in terms of organising several Conferences, having a manifesto involving highly qualified people from all around the world to share a vast knowledge by taking an active part in the presentations, talks, workshops and exhibitions. In the same manner 12^th International Conference on Optics, Photonics & Lasers will be a perfect place to have a glimpse on this technology which is becoming more prominent these days.

In this regard Euro Optics 2019 Conference invites all the participants across the globe to attend the 12^th International Conference on Optics, Photonics & Lasers during June 17-18, 2019, at London, UK.

Optical Imaging and Sensing

Optical Imaging is the method in which light is being used to get the investigational imaging of the medical operations. Basically, optical imaging is of two types which are diffusive Imaging systems and ballistic imaging system. Some of the main examples are scanning laser ophthalmoscopy, optical coherence tomography, optical microscopy and endoscopy, spectroscopy.

Theoretical and Applied Physics Conferences, May 16-17, 2019 Berlin, Germany, Materials Physics Conferences, Astronomy Conferences May 02-03, 2019 London, UK and Space Science Conferences May 02-03, 2019 London, UK, 7^th Optics and Photonics Conferences (PHOTOPTICS 2019) February 26-27, 2019 Prague, CZECH REPUBLIC, Lasers Technology Conferences February 26-27, 2019 Prague, CZECH REPUBLIC, Optical Metrology Conference June 24-27, 2019, Munich, Germany, Digital Optical Technologies Conference June 24-27, 2019, Munich, Germany, Biomedical Optics Conferences June 23-27, Munich, Germany.

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 Optoelectronics

Optoelectronics

It is the technology which involves the electronic device application to the sourcing, detection and control of light. This technology encloses the design, manufacture and study of electronic hardware devices which as a result translates electricity into photon signals. This is being used in many fields like in medical equipment, telecommunications and for general science. Some of the examples are Fibre optic technology for telecommunication and X-ray machines in hospitals.

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Laser and Nonlinear Optics

These are the part of optics which deals with several kinds of optical nonlinearities (nonlinear crystal materials or optical fibres are some examples). This also involves the study of phenomenon which takes place as the consequence of the changes in the optical properties of a material system in the presence of light.

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Optical Technologies

This was the introduction of the new technology which involves effective working of the devices by adopting the use of electromagnetic waves for the long distance communications using radios. Also, the light waves are shorter than the radio waves. The older methods of working which involved the use of mechanical methods were minimised and use of these electronics came into the world which gave a better than the other one.

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USA

Asia

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Optics in Astronomy and Astrophysics

Optics in astronomy includes active and adaptive optics whose applications in astronomy have become common these days. Wave front sensors are being used by most of the largest ground-based telescopes in order to analyse the distortion of signals by the atmosphere and the use of deformable mirrors as wave front modulators in order to compensate these effects. These techniques have influenced the use of telescopes and other instruments in space in order to improve the quality of resolution of the planetary-exploration and earth-observing satellites.

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Surface Enhanced Spectroscopy

This is the type of technique which helps in enhancing the scattering by molecules absorbed on rough metal surfaces. This technique is basically used to detect single molecules.10^10 to 10^11, which is sufficient to allow the single molecule detection using this process. Some of the metals which are used are gold and silver and the preparation of the surface can be done using metallic coating of a Nano-structured substrate, electrochemical roughening and through the deposition of metallic nanoparticles.

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Optical Fibre

These are the fibres which are very flexible and very transparent too. These are basically made of silica glass which is drawn into these fibres. These fibres are a bit thicker than the thickness of the human hair. The main purpose of these optical fibres is to transmit important information from one place to another and has a great influence on fibre-optic communications. These optical fibres are better than those of electrical cables because the information is being transmitted to larger distances and with higher bandwidth.

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Latest Technology in Photonics and Lasers

This is the technology which involves optics, fibre optics, cutting edge usage of lasers and electro optical devices in many fields like health care, agriculture, home care, defence, manufacturing, aerospace, homeland security and many other. These specialized applications of this technology are all because of this highly mono-chromaticity and coherency and the ability to reach high powers.

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Industrial Applications of Laser and Photonics

Lasers and Photonics are being used for many uses which involves different fields for instance we consider defence, hospitals, manufacturing unit and etc. where these technologies are being used in order to do several activities like welding, laser treatment, cutting respectively. These are source of energy which consists of extra ordinary properties. This process involves the usage of highly powered lasers.

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USA

Asia

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Nano and Quantum Sciences

Nano and Quantum Science is the study of materials and their structures at a very small (Nano) level which would help in giving an idea about the properties of the material and sometimes it’s structural representation in a very clear manner. These Nano sized structures were already existed before scientists have studied about the in the real life at their laboratories. Some of the live examples of these Nano materials would be DNA, scales of the wings of butterflies and peacock feathers.

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Quantum Optics

It is the field in which investigates the phenomenon of light and its interactions with the matter at microscopic level by using semi-classical and quantum-mechanical physic. In this process the light which is also known as photons interact with the other molecules and atoms, which include study of the properties of photons. In quantum mechanics photons are been used to test many of the predictions like teleporting and entanglement.

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Optical Communications and Networking

Optical Communication is a type of communication in which the information from one place to another is being transmitted through light which carries the information. This phenomenon can be seen in the electronic devices. The whole system consists of a transmitter and a receiver where the transmitter transmits the information in the form of optical signal by encoding the message. This signal will be carried till the destination thus; the receiver will receive it and decodes it in the form of the actual message. Whereas optical networking is same as optical communication but the only difference is that the transmitted information will be sent among the various nodes of telecommunications network.

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Laser Systems

A laser system is a system which undergoes a process called optical amplification in order to emit light in such a way that the whole laser is made to be focused on a particular spot in order to have some applications such as laser cutting and lithography. Lasers can also have high temporal coherence which can allow it to emit a very narrow spectrum of light which means that they emit a single light.

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Applied Industrial Optics

The modern manufacturing is being boosted by the effective use of optics, which has improved the manufacturing capacity. These optical equipment let the light pass through the optical fibres to get images and making it possible to inspect a part or to use the same image to guide the tool in such a way that it work properly on the work piece. The images of the surface topology are being compared to that of the original images which were captured and stored into the database to ensure the proper fabrication of the component.

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Fibre Laser Technology

A fibre laser is a type of lasers having optical fibre as gain media. Also in some lasers which are having a semiconductor optical amplifier and a fibre resonator called as fibre lasers. In maximum number cases the gain medium is a fibre inhibited with earth ions such as thulium, neodymium, erbium, yttrium, or praseodymium, and several coupled laser diodes are being used for pumping.

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Photonics

It is the part of physical science which deals with the generation, controlling and detection of light waves and photons using several phenomena’s like generation, detection and manipulation through various processes like transmission, emission, signal processing, modulation, amplification, switching and sensing. These photonics helps in exploring a wider range of wavelengths from gamma to radio and also x-rays , UV rays and infrared rays.

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Lasers in Medicines

In recent days the variety of lasers which are being used in the medicinal filed for several applications are getting increased. Their use has been increasing in the medicinal field is being spurred because of the technology and the better understanding of the laser light with the living tissue. These lasers can do many things like reshaping corneas, pulverizing gallstones, killing tumours and reaming arteries.

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In the present scenario the Optics and Laser systems are found everywhere. Billions of dollars spent on research and development; with increasing number of applications covering all the industry, medical, communication and military/weaponry technology. Furthermore, the lasers and optics technologies found everyday consumer products such as printers, displays, discs, cameras and eyeglasses and the optical fiber is crucial to telecommunications. To enhance both academia and industrial research; Our Editorial Board Members announce the 11th International Conference on Optics, Photonics & Lasers during June 17-18, 2019 London, UK. We would like to invite all the members/exhibitors across the globe to join the conferences under one roof to discuss the latest advancements in the field of optics, lasers and photonics.

The 12th Edition of Euro Optics will feature on different tracks covering both academics and Industrial aspects. Around 45 countries are participating to hear latest researchers and to brand their products by exhibitions.

“Optics and Photonics is creating new knowledge era” In the 20th century optics 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 2019 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 2019 aims in proclaiming the knowledge and share new ideas amongst the professionals, industrialists and students from research areas of optics, photonics and all the related disciplines to share their research experiences and indulge in interactive discussions and special sessions at the Conferences.

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

Overall Agenda and Overview

Optics, Photonics and Lasers, is one of the emerging technology in this particular region of London, UK. Some of the renowned Universities, Research and Development Centres, Telecommunication sector, Medical Sciences, Entertainment Sector, Manufacturing Industries and many scientific laboratories are utilising these emerging technologies at their work place. This technology is not only limited to a particular field instead each and every field like Biotechnology, Medicines, Military, Automobile Industry, Agriculture, Educational Institutions and many more are being using this really effective technology at their best.

The main aim behind the conduction of this 12^th International Conference on Optics, Photonics and Lasers in the city of London is to make the people around the region to have a better knowledge on this technology which is transforming the present world into a better planet with better modernised techniques. London, the 6^th largest metropolitan city in the world has got some of the best architectures, which were built with the implementation of best techniques by the use of Optics, Photonics and Laser Technologies. There are more international telephone calls made from the City of London than anywhere else in the world, this is all possible due to the implementations of this technology in the real world. Thus, this present technology of Optics, Photonics and Lasers is really emphasizing the present modern world in a drastically upgrading manner.

The mains of this Conference are:

Lasers in Medicines
Optoelectronics
Laser and Nonlinear Optics
Optical Technologies
Optics in Astronomy and Astrophysics
Surface Enhanced Spectroscopy
Optical Fibre
Latest Technology in Photonics and Lasers
Industrial Applications of Laser and Photonics
Nano and Quantum Sciences
Quantum Optics
Optical Communications and Networking
Laser Systems
Applied Industrial Optics
Fibre Laser Technology
Photonics
Optical Imaging and sensing

Market Analysis:

If we talk about the earlier days when Newton started doing a research on the composition of light whereas James Clerk Maxwell’s studied about electromagnetism and John Logie Baird’s who patented on the concept of holey fibres, with this the history of optics and photonics in the UK has littered with famous names. Some of the main areas of UK where this technology is mainly focused are: Optical Communication; Optical Components and Systems; Medical Technology and Life Sciences; Defence and Plastic Electronics.

There are almost 96 different photonics research laboratories and almost 1500 photonics companies in UK and all are emerging rapidly. The recent survey which was conducted by an agency of UK known as Photonics and Plastic Electronics Knowledge Transfer Network (PPEKTN), found that the total turnover of UK’s Photonics Industry is at least 8.8 billion dollars and employees more than 51,000 people. Strengthening the Industrial Activities in UK is one of the solid agendas of the government officials. They have introduced a board (Technology Strategy Board) whose main intension is to increase the productivity of such industries which offers greatest growth for boosting UK’s Economy. A key area was identified by the board which was a global market for consumer electronics and photonics products, which was valued at 291 billion dollars.

The beginning of the new era with the use of electromagnetic waves for the long distance communications using radios is all about optical technology. This whole newly established technology brought some of the main fascinating technologies in to the world. The older mechanical methods were made outdated and the use of these electronics came into existence, which were faster than the previous methods. Photonics is the study which involves the usage of radiant light. The fundamental element of this technology is photon. In these applications they use the photon in the same way that electronic devices use the electron. Therefore, the devices which are running on light have more advantages than the devices which are running on the electricity because light travels 10 times faster than the electricity. Lasers are being used for many uses which involves different fields for instance we consider defence, hospitals, manufacturing unit and etc. where these technologies are being used in order to do several activities like welding, laser treatment, cutting respectively. These are source of energy which consists of extra ordinary properties. This process involves the usage of highly powered lasers.

Cambridge University of London has developed TeraVIew which develops terahertz and sensors which helps in detecting different types of plastic explosive through clothing; included was PETN. The explosive that the Detroit bomber successfully carried undetected onto an aircraft. As photonics is well recognized by the UK government as a sector with a strong potential to address key societal and market needs, such as telecommunications, energy efficiency and health care in the aging population. According to a survey conducted in the recent years, the total market for optical components and modules used in optical communications will grow at a compound annual growth rate of 10 per cent over the five-year period to 2021. Sales of optics to the cloud data centre market will maintain the strongest growth, averaging 20 per cent annually.

Conference Highlights

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Conference Date	June 17-18, 2019
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