I'm Mohammed Aatif, a fourth-year MPhys student at the University of Manchester. I have a deep passion for experimental physics and quantum computing. What excites me most is exploring how technology can harness quantum phenomena. My current MPhys project involves developing a 2D optical tweezer array to trap and cool nanoparticles, which is a fascinating step toward studying quantum entanglement.
During my internship at Oxford, I worked hands-on with lasers and optical setups, learning how to lock lasers and stabilize frequencies. The process was a mix of troubleshooting and discovery, giving me a real appreciation for the precision needed in research. It also strengthened my interest in quantum technologies, especially where optics and computing intersect.
Quantum computing has been a constant source of curiosity for me. I've worked on simulations like Monte Carlo methods for neutron transport, and I analyzed matter-antimatter asymmetries from LHC data. This blend of theory and experiment keeps me motivated, as I believe the future of computing lies in quantum advancements.
Outside of academics, I stay active with sports like volleyball and table tennis, keeping both my body and mind engaged. Ultimately, I’m excited to continue learning and contributing to the development of quantum technologies, where both computation and experimentation come together.
Feel free to contact me at m.aatif.31@hotmail.com or connect with me on LinkedIn: [Mohammed Aatif](https://www.linkedin.com/in/mohammed-aatif-278334208).