Sunday, January 28, 2018

In the last 15 years, people’s understanding of how the Solar System evolved into what we observe today has greatly expanded. This became possible as advances in scientific computing enabled us to fully explore a wealth of observational data and -- more importantly -- the powerful theory of Celestial Mechanics, going far beyond its traditional boundaries. As a result, a new theory of Cosmogony has emerged, contradicting the traditional view of a 'perfect clock'-like system; this theory is also applicable to other worlds (i.e. extra-solar systems). In this talk, the speaker begins with a short presentation of the populations of celestial bodies in the Solar System. Then, he explains the basic scientific ideas on which traditional cosmogonic models were based, and discuss how these models fail and why. Finally, the speaker discusses recent theoretical models that explain how the Solar System came to be.

Presentation: 
http://bit.ly/2ocMXhw

Speakers 
Kleomenis Tsiganis, Associate Professor, Department of Physics, Aristotle University of Thessaloniki

How Did Our Solar System Form

2018.10.15

In October 2017, the UAE has released the first national Artificial intelligence (AI) strategy recognized as the first strategy of this caliber in the region and the world. The strategy is meant to highlight the framework of the first project in the UAE centennial 2071 and an initial step in 2021 roadmaps. The AI initiative in the UAE is aimed at focusing on revolutionizing technology, education, space, health, energy, water, environment, transport and traffic sectors, amongst others, through building proficient, productive, cost-effective and innovative solutions. The results achieved will streamline an innovative industrial arm of the future in placing the UAE as a global industrial hub, and building the proper economic, technical and scientific communities and groundwork that will support this vision. How important it is to build futuristic research and development industrial communities to support this vision? What are the main criteria that should be set in place to achieve successful outcomes? This discussion is a genuine and collective conversation with His Excellency Omar Sultan Al Olama, the Minister of State for Artificial Intelligence and a Member of the Board of Trustees of Dubai Future Foundation and the Deputy Managing Director of the Foundation to capture his vision on the execution of the UAE AI strategy and the resonance of his endeavors to build a pathway for the future of industry and technology in UAE.
Speaker: His Excellency Omar bin Sultan Al Olama, Minister of State for Artificial Intelligence, Individuals

A Roadmap To The Future- A Conversation With H.E Omar Al Olama

November 22, 2020

It could be argued that mathematics was born with the purpose of making sense of nature's patterns. The mathematics of simple and regular shapes was developed first, and with great success, so much so that predictable regularity and mathematics have become somewhat synonymous in common speech. But, unbeknownst to most of the general public, mathematicians have long been working at conceptual tools for making sense of nature’s irregular, never-repeating, and time-changing patterns. 

This talk illustrates some examples and general ideas stemming from the theory of instability, one of the most powerful ways to understand why natural phenomena look the way they do.

Speaker
Francesco Paparella, Associate Professor of Mathematics, NYUAD

Nature's Shapes and Patterns and the Instabilities That Create Them

The NYUAD Institute is a center of advanced research, scholarly and creative activity, and public workshops. Institute programs facilitate discussion between academics, students, professionals, and leaders from the UAE and from around the world.

Nature's Shapes and Patterns and the Instabilities That Create Them

NYUAD Institute

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