Tuesday, 26 September 2023
ICN2 welcomes new intake of Master in Quantum Science and Technology students
Today, the students from the MQST Master embarked on a journey deep into the quantum world at ICN2. As they set out on this thrilling educational odyssey, they delved into the ICN2 labs, engaged with our experts, and caught a glimpse of the quantum innovations that institutions like ICN2 herald for the future.
The latest enrollees of the Master in Quantum Science and Technology (MQST) Barcelona initiated their quantum exploration a month ago. Today's session at ICN2 provided a substantive kickoff. Dr Jose Hugo García, representing the Theoretical and Computational Nanoscience Group, together with Àlex Argemí from the spirited Marketing, Communication and Fundraising Department, ensured they received a hearty reception.
Entering the quantum sphere can be likened to unlocking a vast cosmos teeming with latent discoveries. With their new perspectives and palpable enthusiasm, these students are on the brink of probing multifaceted facets of quantum physics. They were introduced to various ICN2 Groups and facilities central to quantum research and were also informed about the International Quantum Matter Conference, co-hosted by ICN2. This significant gathering promises opportunities for them to interact with pioneering figures in quantum science. A note for their diaries: Donostia, May 2024!
Concluding the tour, the students were treated to insightful talks by various ICN2 research Groups, spurring profound discussions. Many expressed their aspirations for careers in public research institutions or innovative private projects. Notably, a few already had research internships lined up, while others reminisced about their earlier involvement with ICN2 as high-school students through the Bojos per la Física programme, a joint initiative with IFAE, backed by the Fundació Catalunya la Pedrera since 2015.
The Master's curriculum is focused on molding the upcoming generation of quantum specialists, and judging by this start, their quantum horizons appear luminous.