In Syria, the ongoing issue of landmines poses significant danger to civilians, with incidents of explosions often making headlines. Traditional methods of landmine detection are not only costly but also carry a risk of human casualties. To combat this, a Saudi research team has proposed an innovative approach called 'Magics', which employs magnetism to detect landmines from the air. This method has shown promising results in laboratory testing and is on the path to practical implementation.

Since its introduction two years ago in the journal Computer Modeling in Engineering and Sciences, 'Magics' has taken strides towards becoming a rapid and effective tool in the fight against landmines, particularly in regions recovering from prolonged conflicts like Syria. The ongoing challenges faced by landmine clearance efforts underscore the critical need for innovative solutions that can operate without putting lives at risk, and this research could mark a significant advancement in that regard.

As evidenced by recent incidents, such as the serious injuries sustained by two young brothers from a landmine explosion, the urgency to find effective detection methods is paramount. As 'Magics' moves closer to operational use, it represents a beacon of hope for Syria, where the threat of unexploded ordnance continues to haunt the population, paving the way for safer communities in post-conflict recovery efforts.