For decades, neutrinos represented one of the great challenges of experimental physics: everywhere around us, yet extraordinarily difficult to observe.
Today, laboratories such as SNOLAB are pushing the boundaries of our ability to detect and understand some of nature's weakest interactions. What was once almost entirely invisible is becoming increasingly accessible to measurement, mathematics and advanced detector technology.
For us, this development carries a broader message: scientific progress begins when we stop asking whether something is difficult to observe — and start asking how precisely it can be measured and understood.
The following story from The Sudbury Star offers a fascinating glimpse into this rapidly advancing frontier of science.
