Category archives: Aps symposium 2020

We are mindful of the unprecedented challenges and uncertainties facing everyone affected by the COVID outbreak and are closely monitoring the travel advisories and public health guidelines issued through the official channels of the World Health Organization WHOthe Government of Canada, and Canadian public health agencies.

However, the situation is evolving very quickly and is impossible to predict with certainty. If the social distancing and other measures currently in effect are relaxed by early May, we will still be able to hold the regular conference in Montreal from July as planned.

Otherwise, we will pursue an alternative arrangement. Any decisions will likely be taken four to six weeks from now and will be communicated to you as soon as they are made. Many thanks for your patience and support as we navigate these uncharted waters. Wireless technology is a very important part of the local industry scene.

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A key component of this meeting will be industry participation and tours of local industry sites. The technical sessions, workshops, and short courses will be coordinated among the groups to provide a comprehensive and well-balanced program that will promote the exchange of information on state-of-the-art research in antennas, propagation, electromagnetic engineering, and radio science. Organizing Committee Important Dates. Raj Mittra Travel Grant C. Venue Travel Visa Requirements.

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Patron and Exhibitor Opportunities Patrons Exhibitors. Recent Updates. Support: webmaster apsursi.Seen the travel ban recently issues with regards to the Covid virus, the 4S Organizing Committee has decided to postpone the event to 14 - 18 September. Many of us have asked ourselves this question the first time a small drone was flying above our heads.

Drones are not only toys for taking aerial images, they are also quickly becoming systems capable of performing remote sensing campaigns. The recent development of drones and high-altitude aerial platforms have opened up new possibilities for remote sensing with unprecedented capabilities and characteristics.

Small octocopters, for example, available at a very modest price and easy to operate, can be equipped with very compact hyperspectral cameras. These systems can perform remote sensing operations with ground resolutions far better that any satellite. Although drones can cover only very limited areas, they are now used for precision farming, cadaster mapping, and many other applications that target the same end users and customers of space systems.

Similarly, high altitude aerial platforms will provide persistent surveillance of densely populated areas, with applications ranging from air quality, traffic information and security. Small satellites have, for about three decades, been the alternative way to perform remote sensing to conventional space systems and airborne campaigns. Drones are now, similarly, providing a comparable service to that of small satellites, but at a fraction of the cost. Will drones disrupt the small satellite sector?

Will companies operating in the small satellite sector be able to promptly react and establish viable and cost effective synergies between the two technologies? The application of Artificial Intelligence to remote sensing will easily find its way into drones, where experimenting with new ideas is certainly simpler than on a satellite. Can small satellites benefit from the AI developments done for drones and therefore become more powerful systems? Conversely, can the experience gained in developing algorithms for processing satellite data, be applied to data acquired by drones?

Will we see new companies offering services that combine data acquired from drones and satellites, or will the existing small sat companies be able to extend their capabilities? Any contributions addressing the synergies of technologies and services between small satellites, drones and high altitude aerial platforms are warmly welcome. The selected papers will be discussed in a dedicated session on the first day of the event.

aps symposium 2020

The programme will also cover technical sessions as: mission and system analysis; applications such as Earth observation, science, telecommunication and navigation; new technologies at system, sub-system and component level, etc. A special session will be dedicated to Small Satellites access to space, addressing launchers and platform cross-compatibility.

The 4S Symposium will also host a product Exhibition e. You need to enable JavaScript to access this site.

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Follow these instructions on how to enable JavaScript. Toggle navigation. Internet Explorer. Google Chrome. Select the menu icon on the browser toolbar Select Settings Click the Show advanced settings Safari Mac.We are exploring a virtual option to facilitate sharing the research that would have been presented in Chicago.

The APS Convention brings together psychological scientists from disciplines spanning the full spectrum of our field. Learn about research and trends from world-renowned psychological scientists, improve your skills and deepen your knowledge, and forge life-long collaborations with colleagues.

Get a sneak peak at the science that will be presented at APS Information about the APS submission process. Plan your trip to Chicago for APS Meet the Program Committee [More].

View Preliminary Progam

Connect with leading researchers from around the globe at the premier international convention covering psychological science. Necessary cookies are absolutely essential for the website to function properly. This category only includes cookies that ensures basic functionalities and security features of the website.

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aps symposium 2020

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aps symposium 2020

Necessary Always Enabled. Non-necessary Non-necessary.The promise of machine learning to aid in scientific discovery is now a frequent topic in journals and conferences.

For the last 5 years, the Google Accelerated Science team has been partnering with scientists in a variety of natural science fields to make this promise a reality.

Computational approaches to condensed matter have long influenced the theoretical development of quantum many-body physics. For example, quantum Monte Carlo QMC ties our understanding of the computational efficiency of simulating quantum systems to the sign structure of the Hamiltonian. The Density Matrix Renormalization Group motivated the modern field of Tensor Networks TNswhich relate computational efficiency to the entanglement entropy of a wavefunction.

This trend now continues with the rapidly-developing field of machine learning, which has introduced a host of new strategies and architectures for the simulation and data-driven reconstruction of quantum many-body systems.

Over the last three years, progress has been made in framing various machine learning approaches within the context of traditional methods such as QMC or TNs; however, it has also become apparent that some aspects differ substantially. In this talk I will provide an overview of the landscape of machine learning strategies in simulating quantum systems. I will speculate on how our theoretical framework of quantum many-body physics can influence the development of new machine learning strategies, and vice versa.

In recent years, machine learning methods such as "deep learning" have proven enormously successful for tasks such as image classification, voice recognition, and more. Despite their effectiveness for big-data classification problems, these methods have had limited success for time series prediction, especially for complex systems like those we see in weather, solar activity, and even brain dynamics.

In this talk, I will discuss how a Reservoir Computer RC - a special kind of artificial neural network that offers a "universal" dynamical system - can draw on its own internal complex dynamics in order to forecast systems like the weather, far beyond the time horizon of other methods.

Like many other machine learning architectures, the RC provides a knowledge-free approach because it builds forecasts purely from past measurements without any specific knowledge of the system dynamics. By building a new approach that judiciously combines the knowledge-free prediction of the RC with a knowledge-based model, we demonstrate a further, dramatic, improvement in forecasting complex systems.

This hybrid approach can given us new insights into the weaknesses of our knowledge-based models and also reveal limitations in our machine learning system, guiding improvements in both knowledge-free and knowledge-based prediction techniques.

Decades of efforts in improving computing power and experimental instrumentation were driven by our desire to better understand the complex problem of quantum emergence. However, increasing volume and variety of data made available to us today present new challenges.

I will discuss how these challenges can be embraced and turned into opportunities by employing machine learning. It is important to note that the scientific questions in the field of electronic quantum matter require fundamentally new approaches to data science for two reasons: 1 quantum mechanical imaging of electronic behavior is probabilistic, 2 inference from data should be subject to fundamental laws governing microscopic interactions. Hence machine learning quantum emergence requires collective wisdom of data science and condensed matter physics.

I will review rapidly developing efforts by the community in using machine learning to solve problems and gain new insight. Quantum computers with of order qubits may be able to perform tasks which surpass the capabilities of today's classical digital computers, but noise in quantum gates will limit the size of quantum circuits that can be executed reliably.

NISQ devices will be useful tools for exploring many-body quantum physics, and may have other useful applications, but the qubit quantum computer will not change the world right away we should regard it as a significant step toward the more powerful quantum technologies of the future. Quantum technologists should continue to strive for more accurate quantum gates and, eventually, fully fault-tolerant quantum computing.

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Eun-Ah Kim Cornell University. Roger Melko University of Waterloo.APS publishes 15 leading peer-reviewed journals, 4 of which are open access. Synopsis: A Ferroelectric on the Edge. We are excited for this opportunity to share and be inspired by the latest research from around the world. APS seeks a compelling leader with top-level management experience as its next CEO to create a high-performance culture that inspires members, staff, and the broader physical sciences community.

More about APS Honors.

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APS units provide opportunities for members to interact with colleagues with similar interests and to keep abreast of new developments in their specialized fields. Librarians Authors Referees Media Students. Login Become a Member Contact Us.

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Virtual April Meeting We are excited for this opportunity to share and be inspired by the latest research from around the world.

Learn More. Image Gallery. More Physics Images. Find Your Unit APS units provide opportunities for members to interact with colleagues with similar interests and to keep abreast of new developments in their specialized fields. Follow Us.Jeremy N. This intensive three-day symposium brings together the world's leading medical scientists to share in a highly interactive environment the most recent advances in the field of atrial fibrillation.

Online registration is now open. Special pricing on hotel accommodations at select hotels is available for attendees who book through AF Housing Bureau. Upon successful completion, your certificate will be available immediately. We enjoyed a truly exceptional meeting. With the 25th anniversary recently concluded we have already begun preparations for the next meeting.

The AF Symposium was initiated in in response to the growing epidemic of atrial fibrillation. Over the past 26 years, the meeting has become a major scientific forum at which health care professionals have a unique opportunity to learn about advances in research and therapeutics directly from many of the most eminent investigators in the field.

The primary objective of the meeting is to provide attendees with a thorough and practical course on the current state of the art in the field of atrial fibrillation in a scholarly and collegial atmosphere, as well as an opportunity to network with colleagues and faculty between sessions. The meeting employs advanced teaching tools including real-time case presentations as well as an interactive audience response system to share with attendees the most current basic, translational and clinical science in the field.

The past two decades have witnessed dramatic advances in all areas of AF research. These developments have contributed to major progress in the understanding of the pathophysiology of this arrhythmia and to the development of safer and more effective strategies for the management of AF and the prevention of AF-related stroke.

The AF Symposium is dedicated to bringing these advances tour attendees each year in an exceptionally organized and exciting scientific program. We are delighted to host the meeting for the first time in New York. Scientific Program This intensive three-day symposium brings together the world's leading medical scientists to share in a highly interactive environment the most recent advances in the field of atrial fibrillation. Registration and Housing Online registration is now open.

Welcome to the AF Symposium.

aps symposium 2020

We hope that you will join us.Several factors contributed to our decision to cancel the meeting that we have so eagerly been anticipating. The outbreak of COVID has highlighted many of the health inequities in our system, which especially gives us pause as investigators, clinicians, and public health professionals. As difficult as this decision is, the health and safety of our membership, our attendees, and our communities are our priority.

The cancellation of this meeting will be costly to APS from a financial perspective. Due to the cancellation, APS will refund registration fees in full in the original form of payment, unless you kindly indicate you are not requesting a full refund. You will receive a registration cancellation confirmation in a separate email within the next week. Please reference your hotel confirmation email for instructions on how to cancel online.

We thank you for your patience and understanding while the APS leadership took the necessary time to thoroughly evaluate the rapidly evolving and complex situation. We are all disappointed but will regroup.

Meeting Information

Please note many of these scholarships, travel programs and opportunities for mentoring require an accepted abstract submission. Deadlines for these programs vary, please see the APS Awards page for details. APS Scholar Awards are presented to outstanding abstract submissions where the first author of an accepted abstract is either a student, resident, or fellow.

MacLean Award. APS Diversity Initiative awards present a special opportunity for minority students, fellows, interns, residents or post-docs to receive mentoring from senior members of APS with similar experiences. MD trainees with a research focus should apply to the Young Investigator Colloquium. For more information about Long Beach, click here.

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For more information about transportation, click here. Amedco designates this live activity for a maximum of Physicians should claim only the credit commensurate with the extent of their participation in the activity.

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In support of improving patient care, this activity has been planned and implemented by Amedco and the American Psychosomatic Society APS. This course is co-sponsored by Amedco and the American Psychosomatic Society.

Amedco is approved by the American Psychological Association to sponsor continuing education for psychologists. Amedco maintains responsibility for this program and its content. APS is pleased to welcome the following categories of exhibitors and advertisers to join us at the Annual Meeting:. A Scientist's Guide to Social Media.

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