Latest at Monumo

In the second of his two-part blog series, Simon Shepherd looks at how automotive #OEMs need to break down the barriers to speed up their existing development cycles if they are going to effectively compete with China. While the #automotive sector races towards electrification and autonomy, the most formidable obstacle to leveraging deeptech isn't necessarily a lack of innovation, but rather existing organisational structures. Traditional automotive development has evolved around three interconnected constraints that all work against true system-level optimisation. We look at what needs to change if OEMs are going to reclaim their competitive position. https://lnkd.in/e7EfR6B3

In the first of his two-part series, Simon Shepherd examines how #deeptech and #AI are already revolutionising EV powertrain engineering. Outside China, the #automotive sector has been arguably slow to embrace revolutionary technologies to create next generation EVs. However, that's changing rapidly, and the evidence shows that deeptech isn't just coming to #EV #powertrain engineering; for a small number of innovative OEMs it's already here and starting to deliver incredible results. To read the blog, see the link below: https://lnkd.in/eD5EDasa

#AI and #quantum computing are two technologies shaping our future. But did you know the same math can help us understand them both?   At the upcoming 11th International Symposium on Dialogue for Global Innovation (16/17 September, Trinity College Dublin), Dr Chris Doran, Research Fellow at Monumo and a Fellow of Sidney Sussex College, Cambridge, will show how a powerful idea called geometric algebra, discovered over 150 years ago, connects the workings of electric motors with the mysteries of quantum computers.   This talk will reveal what makes quantum mechanics truly special - and what is just clever math - using clear, everyday examples. It’s a unique chance to see how ancient discoveries help drive today’s breakthroughs in science and technology.   Find out more here: https://www.dfgi.net/