SBFoton IOPC 2022

International Optics and Photonics Conference
Linking Bright Ideas!

Recife, Brazil
FCAP-UPE, Convention Center 
Oct 13th – 15th

The Brazilian Photonics Society (SBFoton) and the IEEE Photonics Society (IPS) announce the organization and realization of the IOPC 2022. The 2022 edition of this successful conference will be held at the University of Pernambuco (UPE), in Recife, Pernambuco, Brazil, on October 13th-15th, 2022.

IOPC 2022 is an annual conference that attracts leading researchers to report on the latest optical and photonics applications findings and stimulate scientific exchange among researchers and engineers from industry and academia. The conference includes plenary sessions and peer-reviewed technical sessions besides virtual visits to photonics laboratories, tutorial sessions, a student’s paper competition, and meetings with our sponsors and other attendees.

IOPC 2022 will follow the typical format of IEEE events; therefore, it will include technical oral and poster sessions with the presentation of peer-reviewed papers (oral and poster), Plenary Talks, and Invited Talks.

As usual for the SBFoton conferences, the SBFoton 2022 will have a Student Paper Competition section. Ten students with the best manuscripts will be awarded according to the competition ranking.

Registration


To register create an user and and open a new registration in the registration platform:


Registration

If you are submitting papers then you should also submit into EDAS platform following the instructions in the "CALL FOR PAPERS" section bellow, and also must include all papers titles in the registration form above.

Call for Papers

Paper registration
deadline May 30th 2022

Notification
of acceptance Aug 1st 2022

Paper Submission

Prospective authors are encouraged to submit an original full paper for review, and presented papers will be further published by IEEE Xplore (indexed by Web of Science and Scopus). Acceptance will be communicated on Aug 1st 2022 and final version upload until Sep 5th 2022.

Instructions for authors

Use A4 format (Word and Latex/Overleaf template at https://www.ieee.org/conferences/publishing/templates.html) with 3-5 pages - and have included the authors' information.

SBFoton 2022 is using the EDAS Conference Management System. The acceptance notification of the regular papers submitted will be sent to the main author on 1st Aug. In the acceptance, notification authors will be asked to address the reviewers' comments and submit a final version of the paper.

The conference welcomes original contributions in the following and other related relevant topics:

Topics

  • Optical Fibers and Photonic Devices
  • Optical Communication Systems
  • Optical Communication Networks
  • High-Power Lasers and High-Field Phenomena
  • Lasers Developments
  • Lasers Applications
  • Optical Materials and Processes
  • Nanophotonics and Plasmonics
  • Integrated Optics and Optoelectronic Devices
  • Classic and Quantum Optics
  • Nonlinear Optics and Photonics
  • Spectroscopy and Metrology
  • Optical Instrumentation
  • Computational Optics
  • Biomedical Sensors and Wearable Systems
  • Biomedical Imaging and Image Processing
  • Therapeutic and Diagnostic Systems and Technologies
  • Tissue optics and Light-tissue interactions
  • Optical Sensors and Applications
  • Displays and Imaging
  • Lighting (illumination)
  • Green Photonics

Student paper competition


As usual for the SBFoton conferences, the SBFoton 2022 will have a Student Paper Competition section. Ten students with the best manuscripts will be awarded according to the competition ranking.

To register in the competition, each participant must attend SBFoton 2022 as an undergraduate or a graduate student when he/she submits the paper, must be the first author, and present the paper at the conference.

The SBFoton 2022 Student Paper Competition is organized by SBFoton and financially supported by IEEE Photonics Society. It has been created to provide graduate students attending SBFoton 2022 with an exciting challenge to embrace, motivate, and increase the number of students enrolled in scientific R&D activities related to Optics and Photonics, allowing them to sharpen their communication skills.

Speakers

Georges Boudebs is Professor at the University of Angers in Physics (nonlinear optics). He pursued all his studies (in Physics) at the University of Franche-Comté, ending with a PhD on 1988, at the Laboratoire d'Optique P. M. Duffieux in Besançon (Fr...continue reading

Scattering evaluation in nanoparticle liquid suspensions using Z-scan-thermal-lens configuration.

George Boudebs

The understanding of nanoparticles scattering is very important, especially for the medical area where the majority of imaging techniques and photothermal therapeutic applications are subject to this phenomenon. Also, distinguishing thermal lens effect from electronic third-order nonlinear response could help to better understand fundamental physics. In this talk, the main characteristics of the thermal lens effect is studied as a time-resolved Z-scan configuration using cw-single Gaussian beam. We will focus on the evaluation of the measurement error from statistical calculations also to check the linearity of the response and the way to extract the thermo-optical characteristics of different absorbing liquids. The results will be applied to demonstrate the feasibility of absorption and scattering efficiencies determination on gold nanoparticles of 5 and 50 nm diameters.

Prof Rachel Oliver FREng received her MEng and PhD degrees from the University of Oxford. She then moved to Cambridge as a Research Fellow at Peterhouse College, and later won a Royal Society University Research Fellowship. In 2011, she took up her ...continue reading

Illuminating materials: The materials science of light emitting diodes

Rachel Oliver

About a quarter of the electricity generated worldwide is used for lighting. Energy efficient light bulbs based on light emitting diodes (LEDs) are about five times more efficient than traditional incandescent bulbs, and hence have the potential to allow enormous energy savings. The key material used in LEDs which emit white light is gallium nitride, a human-made compound, which has never been observed to occur in nature. Optimising this new material to make LEDs which are efficient, long-lived and reasonably affordable has been a huge challenge, and despite the undoubted commercial success of these devices many aspects of their operation remain mysterious. Materials scientists can take LEDs apart, literally atom by atom, to understand their structure and how this controls their properties. The relevant techniques emerged from traditional metallurgy, but are now being used to understand materials for cutting edge optoelectronic devices, illustrating how the basic principles of materials science are vital to the development of the technologies of tomorrow.

Philippe Grelu has been professor of physics and photonics at University of Burgundy in Dijon, France, since 2005. After a Ph.D. in quantum optics in 1996, his interests moved to ultrafast nonlinear optics and mode-locked fiber lasers. Philippe has p...continue reading

The world of optical solitons in ultrafast fiber lasers.

Philippe Grelu

I will provide a short introduction about the milestones that led to the generalized use of fiber lasers, from the research lab to the industry. Then, I will focus on the generation of short and ultrashort pulses from fiber lasers. The fiber cavity medium involves in general a substantial participation of nonlinear and dispersive effects. That is why soliton concepts have always been closely related to mode-locked fiber laser operation. I will show how the goings and comings between experiments and theoretical considerations have made these concepts evolve, toward the generalized notion of a dissipative soliton, which made scientists move beyond conventional laser stereotypes. I will illustrate how the fiber laser platform allows us to experiment vivid signatures of the complex nonlinear dynamics of temporal solitons, such as soliton molecules and complexes, which turn out to manifest some analogies with their matter molecule counterparts.

Antonio Teixeira, got his PhD from university of Aveiro(UA) in 1999, partly at the University of Rochester, USA. He holds an EC in management and leadership from MIT Sloan School and a PG in quality management in Higher Education. He is a full profes...continue reading

Integrated photonics in access networks: the challenges.

António Teixeira

In this work we will address the specific field of access networks and FTTH. The particularities of this field and context make all developments more demanding. In one hand the players see the opportunities that this brings, like billions of subscribers eager for bandwidth, and on the other the same see the challenge of the cost/maturity point that each service or interface has to reach in order be able to be mass deployed.

These challenges will be addressed by comparing the existing bulk approaches being partitioned today and how the integrated photonics world is developing its ecosystem and techniques to surpass the challenges.

Dr Brian Vohnsen obtained his PhD in nano-optics from Aalborg University, Denmark (1998). He has worked as Marie-Curie and Ramon y Cajal Researcher in Murcia, Spain, 2001-2008. Since 2008 he is with University College Dublin as Associate Professor le...continue reading

Understanding the optics of the retina and photoreceptors with ballistic photons

Brian Vohnsen

The photoreceptors of the retina are highly directional in their sensitivity to light. This shows in visual optics via the classical Stiles-Crawford effect of the first kind and in retinal imaging by highly directional backscattering of light. In this contribution we review our work on understanding the optics of the photoreceptors in both healthy eyes and in eyes affected by retinal degenerations combining psychophysical optics measurements with optical imaging and eye modelling. Finally, we discuss how the optics principles may be involved in the process of emmetropization that hinders myopia onset and in detecting the sign of defocus in the process of accommodation and on how the knowledge gained may be used in the development of new ophthalmic lenses.

Daniel Felinto obtained his bachelor, master and doctorate degrees in Physics in the Physics Department of UFPE, with post-doctoral stages at USP and Caltech. His research is focused on applications of optics and atomic physics to quantum information...continue reading

Exploring spontaneous emission for building up global quantum networks

Daniel Felinto

The quantum internet is emerging as an extension of the protocols for quantum communication, incorporating local processing of information together with distribution of quantum entanglement among multiple sites. Even though quantum communication initially developed with a focus on local networks, in the last years large steps were given in the distribution of quantum entanglement through sattelites, stablishing the first quantum networks of truly global reach. Behind this trajectory of technological development, there has been also conceptual developments in the last decades about the ubiquitous nature of quantum entanglement and its presence in various natural phenomena routinely occurring around us. Here I will discuss this arch of ideas that goes from the observation of quantum entanglement is ever simpler phenomena, up to its control and application in quantum communication of growing distance and complexity. I will focus on the work of our group and in the recent perspectives of integrating this work in the global effort to develop technologies for a quantum internet.

Dr. Marcionilo Silva received the M.Sc. and Ph.D. degrees in electrical engineering from the Federal University of Pernambuco (UFPE) in 2016 and 2020, respectively. From 2017 to 2020, he was part of the UFPE optical networks group, working on a resea...continue reading

Wideband Amplification for the Next Generation of Optical Transport Networks

Marcionilo José da Silva

The data transmission over optical channels in wideband systems is an important alternative to increase the capacity of the current optical transport networks without a significant increase in implementation and operational costs. However, to allow these systems to achieve long-reach transmissions, the development of appropriate optical amplifiers to provide high gain with low noise insertion in each new optical band to be explored is a crucial step. This work briefly describes the main technological alternatives with suitable performance and complexity for high-capacity optical links in the extended C+L band, including fiber-doped, Raman-based, and semiconductor optical amplifiers. The amplifiers’ characteristics, most common use cases, design and optimization methodology based on Artificial Intelligence techniques, as well implementation and commercial challenges are discussed in this paper.

Cid B. de Araújo holds a DSc. in Physics from PUC-Rio de Janeiro. He was a post-doctor at Harvard University (USA), Visiting Researcher at the IBM Watson Research Center (NY), Université Paris-Nord and École Polytechnique (Palaiseau, France), and Inv...continue reading

Metal-Nanostructures for Nonlinear Photonics

Cid Bartolomeu de Araújo

Nonlinear optical experiments with metal-nanoparticles and metal-nanoclusters hosted in liquids and glasses will be reported. The metal-dielectric nanocomposites were produced by selecting the nanostructures compositions, shapes, densities, and spatial arrangements, as well as by choosing appropriate hosts. Optical nonlinearities beyond the third-order were observed and characterized. The stable propagation of spatial-solitons was studied along with the guiding of gaussian light beams using optical vortices. A procedure for optimization of all-optical switches, the upgraded operation of optical amplifiers in the shortwave infrared region (SWIR), the optical modulation based on the dynamic control of gold nanorods driven by an external electric field, and the study of the nonlinear behavior of a metal-metasurface in the SWIR, will be described to illustrate proof-of-principle applications of nanocomposites.

Silvania F. Pereira got her bachelor and master education in Brazil and Ph.D. in the USA in the field of nonlinear and quantum optics, respectively. She worked as post doc at the University of Constance in Germany (Humboldt fellowship) and at the Un...continue reading

Optical metrology of structures and surfaces

Silvania Pereira

Optical scatterometry is a method that can be used for the characterization of unknown properties of a medium by measuring some parameters or properties of the scattered light, such as its intensity distribution, polarization and coherence. The scattered field is usually detected or observed at a distance of many wavelengths from the medium, in the so called far field region. Far field detection is convenient in terms of data acquisition, but the drawback is that, in the far field, high spatial frequency information contained in the near field is lost. By measuring the scattered far field one does not obtain a direct image, but instead by means of solving an inverse electromagnetic model and taking a priori knowledge into account, one can infer some parameters of interest of the medium/scatterer.

In this talk, we show a particular scatterometry technique, in which a coherent light beam is focused by a lens on a surface to be inspected and the scattered light is collected and detected in the far field. This technique has been successfully used for characterization of nanostructures and contamination detection for the semiconductor industry.

Sebastian Wachsmann-Hogiu is a Professor in the Department of Bioengineering at McGill University, Montreal, Canada since 2017. He received his PhD in experimental physics from Humboldt University, Berlin, Germany and held academic and managing posit...continue reading

Novel photonic technologies for biosensing at the point of need

Sebastian Wachsmann-Hogiu

Point of need testing has tremendous value in sensing (medical and non-medical) in resource-poor areas. The ideal point-of-need device is a portable ‘sample-in-answer-out’ system, which requires simplicity in operation. However, most sensing technologies require quantitative, diagnostic-level performance, and necessitate specialized instrumentation, limiting their use in point-of-need applications. To adapt biosensors to resource-poor locations, device miniaturization for portability, cost-effectiveness, and easy sample processing needs to be considered while maintaining their efficacy. Consequently, incorporating photonic technologies into biosensing platforms is needed to address this issue. I will present our work on integrating sample handling (the microfluidic component), biosensor chemistry (the assay), and data recording (the reader) into one single device. This approach leverages recent developments in the semiconductor industry where CMOS devices are manufactured at scale for low cost (<$1) and achieve high performance such as improved efficiency in converting photons to electrons (close to 90%) for improved sensitivity, small pixel size (<1 micrometer) leading to high spatial resolution, and large active area (>3x2mm) to accommodate several microfluidic channels.

B.Sc. Degree in Electrical Engineering from UFBA in 2001, M.Sc. Degree from Unicamp in 2002 and Ph.D. degree from Scuola Superiore Sant’Anna-Italy in 2006. He was Invited Researcher/Professor from many world-recognized universities, such as Universit...continue reading

5G-NR FiWi Systems Based on FSO, VLC, RoF and PoF Towards 6G

Prof. Dr. Arismar Cerqueira Sodré Junior

This seminar is going to concisely and comprehensively covers all-important aspects of diverse 5G optical-wireless communications (OWC), including the fundamentals and state-of-the-art of free space optical (FSO), visible light communication (VLC) and radio over fiber (RoF). Moreover, implementations of 5G New Radio (5G-NR) Fiber/Wireless (FiWi) systems based on FSO, VLC, RoF and power over fiber (PoF) towards the sixth generation of mobile networks (6G) are going to be reported into details. Deployments of 5G-NR FiWi systems operating in the 26 GHz frequency band at dozens of Gb/s throughput, as well as the concept and implementation of machine learning (ML)-based pre- and post-distortion schemes for RoF systems are going to be demonstrated and properly discussed. All OWC experiments have been carried at the Laboratory WOCA (Wireless and Optical Convergent Access) from Inatel in the city of Santa Rita do Sapucaí-MG, Brazil.

Marcelo Martins Werneck was born in Petrópolis, Rio de Janeiro, Brazil, and graduated in Electronic Engineering from the Pontifical Catholic University of Rio de Janeiro (PUC) in 1975. He obtained his MSc from the Biomedical Engineering Program at CO...continue reading

Optical and Fiber Optic Sensors – Theory and Applications

Marcelo Martins Werneck

Prepared by a top expert in the field, with many developments, real applications and patents, this lecture will be an invaluable resource for physicists, electronic engineers and will be well accepted by teachers, students, technicians and those working in the sensor area. This lecture discloses the advantages and capabilities of optical fiber sensors in research and industry, including two technologies, the plastic optical fiber (POF) and the silica fiber. Apart from presenting several technologies applying the POF as a sensor, this tutorial will also deal with another kind of technology, the Fiber Bragg Grating (FBG). FBGs can be found in many industrial applications and I will show our experience in applying FBGs in many types of sensors for the electric energy industry.

The tutorial starts with the theory of optical fiber sensors applying both POF and FBG. Then it focuses on several practical uses of sensors including successful field applications designed by our laboratory in areas such as Oil & Gas, Biotechnology and Electrical Energy.

The following topics are presented and discussed throughout the lecture: Optical Fiber Sensors technologies; Temperature Sensing; Strain & Force Sensing; Refractive Index Sensing; High voltage switch monitoring; Current & Voltage Sensing; Gas Sensing; Chemical & Biological Sensing; Oil Leaking Sensing; High voltage and high current measurements; Gas flow velocity measurements.

Professor of the Institute of Physics (IP) at UFAL since 2006. His current research interests include: materials for nanoscience and nanotechnology; fluorescence and thermal imaging; developments of materials and techniques for diagnosis and therapy;...continue reading

Status of Luminescence Nanothermometers for Biomedicine

Carlos Jacinto da Silva

In recent years, there has been an increasing interest in luminescent nanoparticles (LNPs) as biocompatible optical probes for diagnostic, therapy and fluorescent probes. Special attention has been given to the use of nanoparticles as luminescent nanothermometers (LNThs) because the temperature is a fundamental parameter in a variety of areas. In biomedicine, for example, the temperature is one of the most critical parameters affecting the dynamics of living specimens due to the strong temperature dependence of cellular dynamics, since abnormal temperatures could induce irreversible effects. Furthermore, small temperature anomalies could indicate many diseases or health dysfunctions such as tumors, inflammation, so on. Therefore, the local temperature monitoring can be used as an effective early detection procedure and for therapy as well. Unfortunately, recent results have raised some concerns about the reliability of “classical LNThs” due to the presence of non-negligible tissue-induced spectral distortions. The scientific community is, in fact, looking for a straightforward solution to this problem that would allow continue to consider LNThs as a reliable and robust technique for intratumoral thermal reading. In this talk, it will be presented in a well-summarized form what has been done on fluorescence and thermal images applied to biological systems.

Important dates

Paper submission opening
March 21th 2022
Paper submission deadline
Jun 10th 2022
Notification of acceptance
Aug 1st 2022
Online registration opening
Jun 27th 2022
Camera-ready papers
Aug 29th 2022
Online registration closing
Oct 5th 2022
IOPC 2022
Oct 13th – 15th 2022

Registration fees

Fees for residents in Brazil

Early
Registration
until Aug 22nd
Standard
Registration
from aug 23rd
Full Registration*
SBFoton / IPS / OSA Society MemberR$ 800,00R$ 960,00
Non-memberR$ 1.000,00R$ 1.200,00
Student
SBFoton / IPS / OSA Society MemberR$ 300,00R$ 360,00
Non-memberR$ 400,00R$ 480,00
Undergraduate student
SBFoton / IPS / OSA Society MemberR$ 150,00R$ 180,00
Non-memberR$ 200,00R$ 240,00
Other
Confraternization DinnerR$ 120,00R$ 140,00


Fees for residents in other countries

Early
Registration
until Aug 22nd
Standard
Registration
from aug 23rd
Full Registration*
SBFoton / IPS / OSA Society MemberUS$ 160,00US$ 200,00
Non-memberUS$ 200,00US$ 250,00
Student
SBFoton / IPS / OSA Society MemberUS$ 60,00US$ 80,00
Non-memberUS$ 80,00US$ 100,00
Undergraduate student
SBFoton / IPS / OSA Society MemberUS$ 30,00US$ 60,00
Non-memberUS$ 40,00US$ 80,00
Other
Confraternization DinnerUS$ 30,00US$ 40,00


Conference Coordinators

  • Prof. Dr. Diego Rativa, UPE, Brazil
  • Prof. Dr. Renato de Araujo, UFPE, Brazil

Technical Program Committee

  • Biophotonics
  • Prof. Drª. Cristina Kurachi, USP
  • Integrated Photonics and Optoelectronics
  • Prof. Dr. Christiano José Santiago de Matos, Mackenzie
  • Lasers
  • Dr. Ricardo Elgul Samad, IPEN
  • Optics and Instrumentation
  • Prof. Dr. Lino Misoguti, USP
  • Optical Communication
  • Prof. Dr. Joaquim Ferreira Martins Filho, UFPE
  • Sensors, Image and Illumination
  • Prof. Dr. Daniel Moutinho Pataca, UNIP

International Steering Committee

  • Prof. Dr. Brian Vohnsen, University College Dublin, Ireland
  • Prof. Dr. Pierre-Francois Brevet, Institut Lumière Matière, France

Local Organizing Committee

  • Prof. Dr. Anderson Stevens Leônidas Gomes, UFPE
  • Prof. Dr. Albert Stevens Reyna Ocas, UFRPE
  • Prof. Dr. Carmelo José Albanez Bastos Filho, UPE
  • Prof. Dr. Cid Bartolomeu de Araújo, UFPE
  • Prof. Dr. Daniel Augusto Ribeiro Chaves , UPE
  • Prof. Dr. Eduardo Fontana, UFPE
  • Prof. Dr. Joaquim Ferreira Martins Filho, UFPE
  • Prof. Dr. José Ferraz de Moura Nunes Filho, UFRPE
  • Prof. Dr. Luis Arturo Gómez Malagón, UPE

The Brazilian Photonics Society has begun its activities on May 24th, 2017 with the main objective to work for increasing the importance and awareness of optics and photonics in Brazil and South America.

To contact SBFoton and take active part in this movement, send an email to conference@sbfoton.org.br.

This site was designed by Preface.