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This past summer, I studied more about Quantum Computers via UTD's quantum computing research internship. We studied a myriad of topics, ranging from mathematical equations to the fundamentals behind quantum physics. However, the most interesting topic that we covered was the actual applications of quantum computing. This whole time, I kept wondering, "Quantum is cool and all... but what's in it for us?" After the seminars, I think I have a few answers for myself. But to firs

Image sourced from Bloomberg.com I've always been interested in the relationship between robotics and artificial intelligence. As I've read more about these cutting-edge topics, there is one subject to which I keep coming back: quantum computing. It's a unique branch of technology that can transform how machines make decisions, process information, and work out problems. Regular computers work with bits, either a zero or a 1. Everything, every calculation, depends upon combin

imaged sourced from dronestories.com I’ve always been fascinated by robotics and artificial intelligence. The more I learn, the more I realize how quickly the field is growing and evolving. What started with AI systems handling simple tasks has now progressed into machines working together to solve complex problems as a team. Companies like Nvidia are building powerful GPU clusters to support this kind of collaboration, and researchers like MIT are developing self-assembling