web-ansol.org/imported-content/_posts/2018-05-10-uptec-schools-future-of-computing-how-will-computers-be-in-2068.md

categories	metadata	layout	title	created	date
future computers academic theory of computation exotic computing	event_location event_site event_start slide tags node_id event_location_value Faculty of Fine Arts of University of Porto Av. de Rodrigues de Freitas 265, 4000-222 Porto Portugal event_site_url event_site_title event_site_attributes https://futurecomp.uptec.up.pt UPTEC SCHOOLS - FUTURE OF COMPUTING a:0:{} event_start_value event_start_value2 2018-06-24 23:00:00.000000000 +01:00 2018-06-28 23:00:00.000000000 +01:00 slide_value 0 tags_tid 307 tags_tid 308 tags_tid 309 tags_tid 310 617	evento	UPTEC SCHOOLS FUTURE OF COMPUTING HOW WILL COMPUTERS BE… IN 2068?	1525976983	2018-05-10

What technologies will support computation in the Future?

Computers have had profound impact over the last 50 years, dramatically reshaping how we live. However, the core technology that supports computation – silicon chips – has remained relatively stable. Most of the improvements/increases in computing power have been achieved by increasing the clock speed at which individual calculations occur, building denser chips, and developing parallel data processing architectures. But there are physical limits to how much we can scale down and speed up our chips, and there are serious challenges regarding the power efficiency of current processors.

Current computing technologies struggle to address these issues, but, clearly, new technologies must arise to complement them or even replace them. It is precisely this vision of the future that will be addressed in the UPTEC School on the Future of Computing, and in particular attempt to answer a key question:

Which technologies will support computation in the future, and which will be the decisive factors for them to succeed in practice?

To reflect about these questions, we will gather specialists from several fields of computation to share their ideas and knowledge about state-of-the-art and help establish a vision of how computation will evolve in the next 50 years and even beyond.

We hope that this school can provide participants with a productive combination of historical perspectives, accurate technical knowledge and insightful outlooks about the world of computation. This school aims to host an environment that combines technical accuracy and speculation and, in the process, inspire participants to imagine the future of computation.

Topics:

• History of Computation
• State-of-the-art of Industrial Technologies
• Neuromorphic Computing
• Photonic Computing
• Quantum Computing
• Computation on Biological Substrate (e.g. DNA)
• Chemical Computing
• Bionic Computing / Hybrid Man-Machine Substrates

 

Come and combine your ideas with those of others. Together we will bridge the gap between imagination and reality!