Creating and Controlling Atomic Scale Quantum Systems - Oak Ridge National Labs

Join Dr. Stephen Jesse and his team at Oak Ridge National Laboratory on a captivating journey into the realm of atomic precision in materials fabrication. Their goal: to revolutionize quantum information sciences (QIS) by manipulating atoms with unprecedented accuracy.

Despite facing formidable technological challenges, Dr. Jesse and his team are undeterred in their pursuit of a groundbreaking breakthrough. Their mission? To control atoms within materials to create precise defects essential for advancing QIS. Through innovative approaches and cutting-edge research, they seek ways to harness the power of a Scanning Transmission Electron Microscope (STEM) to achieve their goal.

As the story unfolds, we are given an insight into the advantages of the STEM, which provides detailed images resembling photographs of samples, offering unprecedented views of atomic structures. With the potential to uncover three-dimensional information at near-atomic resolution, the STEM becomes a crucial tool in the team's quest for atomic precision.

With passion and determination, Dr. Jesse and his colleagues share their vision of building the technology of the future. They dream of a world where atoms can be precisely arranged and their behavior experimentally observed, bridging the gap between theory and practice in quantum mechanics.

Though the journey ahead is long and challenging, Dr. Jesse and his team remain steadfast in their commitment to scientific discovery. Through their tireless efforts, they strive to unlock the mysteries of atomic manipulation, paving the way for a future where the impossible becomes achievable. "Creating and Controlling Atomic Scale Quantum Systems" offers a glimpse into the frontier of scientific exploration, where every atom holds the potential to shape the technology of tomorrow.