Connecting and Engaging

S cience does not happen in a vacuum.As Helen Keller once observed, "Alone we can do so little; together we can do so much."A new idea may begin in one laboratory, but it only becomes meaningful when people share it, discuss it, improve it together, and turn it into an innovation that can benefit our society.This is especially true for our nano community.We develop the technology to make or manipulate the materials at a tiny scale, yet the impact of our work can be massive.Nanoscience and nanotechnology contribute tools to tackle some of the world's biggest challenges from improving better healthcare and cleaner energy to smarter electronics and protecting our Earth.[1][2][3][4][5][6][7] The spirit of connecting and exchange was at the heart of the ACS Nano Summit 2026, held at Sichuan University in Chengdu, one of China's most active forces in nanomedicine and clinical translation on April 24-25, 2026.Focusing on "The New Era of Precision Medicine", the Summit brought together a vibrant community of chemists, materials scientists, biologists, engineers, clinicians, and early career researchers to discuss one question: how can nanoscience reshape the future of healthcare?Precision medicine may seem straightforward on the surface: giving the right treatment to the right patient at the right time.But making it real is very complex.We need clinicians to identify what patients actually need, chemists to design molecules, materials scientists to build targeted nanoscale delivery systems, biologists to understand cellular processes, and engineers to translate laboratory discoveries into scalable technologies.Only when these groups move beyond their own fields and work closely together can discoveries make the long journey from the lab to the patient's bedside.This is why human connection matters so much in the nano community.Nanomedicine is not just about making smaller particles; it is about addressing pressing medical challenges.[8][9][10] Can we send drugs straight to the diseased part of the body and reduce side effects?Can we detect diseases faster and more accurately than we do now?Can we design vaccines that are safer and smarter?We cannot solve these big challenges alone.We have to talk to each other, learn from each other, and work together.