Quantum Computing in the Industry and Society of the Future
Quantum Computing is an emerging discipline and a potentially disruptive technology to which companies are beginning to give importance as a key technological agent for the future. It is a technology that, because it is centered on computing, necessarily affects all scientific-technical disciplines and, directly or indirectly, all the products and services that companies currently offer to society.
Quantum Computing changes in its essence the engine of the Information Society in which we live, by proposing a computing model that radically breaks with previous technology. This new technology has the capacity to address computational problems that current computers are not expected to be able to deal with, such as the design of new materials or the analysis and synthesis of drugs.
On the other hand, Quantum Computing has changed the approaches to Information Security, by breaking the current protocols of public key cryptography. This fact, with enormous repercussions in today's society, is undoubtedly one of the main reasons why companies are interested in Quantum Computing. In this context, the demand for experts in Quantum Technologies and Quantum Computing is expected to increase considerably in the coming years.
In this Seminar we want to complete the training of the students of our Master in Quantum Computing Technology by analyzing the implementation of these Technologies in the current Industry and Society. In this sense, we greatly appreciate the contribution of all the speakers and we want to highlight the participation of four students from the first edition of the Master, who will present the results of their Master Thesis.
Universidad Politécnica de Madrid launches the 2022 Seminar of the Master in Quantum Computing Technology
Certificates of attendance will be provided
Seminar online Program
1
Assessing the Power of 1 Qubit for Quantum Machine Learning
Date: February 7
Hour: 18:00-18:45
2
Genuine Multipartite Entangled States: Detection and Quantification
Date: February 7
Hour: 18:45-19:30
3
Quantum walk search algorithm to optimize the area needed to place a set of rectangular objects without overlapping
Date: February 7
Hour: 19:30-20:15
4
A Gentle Introduction to Quantum Natural Language Processing
Date: February 7
Hour: 20:15-21:00
5
Quantum computing use cases for the pharma industry
Date: February 8
Hour: 18:00-19:30
Information and Session Registration
Postponed until further notice
6
Quantum algorithms for approximate function loading
Date: February 8
Hour: 19:30-21:00
7
Quantum technologies ecosystem and career opportunities
Date: February 9
Hour: 18:00-19:30
8
Becoming a Quantum Company – A Change Management Approach for Quantum
Technologies and The Quantum Mindset
Date: February 9
Hour: 19:30-21:00
9
Quantum cryptography for data protection in the era of quantum computers
Date: February 10
Hour: 18:00-19:30
10
Impact of Quantum Computing to Cybersecurity and Blockchain. Fundament and Perspectives
Date: February 10
Hour: 19:30-21:00
11
Building a Quantum Computer
Date: February 11
Hour: 18:00-19:30
12
Financial Application of Quantum Computing
Date: February 11
Hour: 19:30-21:00


