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Chinese System Uses Laser And LiDAR Sensors To Detect And Eliminate Up To 30 Mosquitoes Per Second With Precision And Safety.
A new Chinese invention could change the way we deal with mosquitoes. The Photon Matrix is a system that locates and eliminates these insects in the air using laser technology and advanced optical sensors. The project is currently in crowdfunding, but it already draws attention for its performance and potential uses.
How The System Works
The operation begins with a LiDAR module, which detects mosquitoes in just 3 milliseconds. This sensor measures the distance, orientation, and size of the insect. When the mosquito is identified, another laser comes into action and eliminates it in the air with precision.
The equipment is guided by a galvanometer, which directs the laser quickly. The system also features a millimeter-wave radar. This technology ensures safety, as it prevents the laser from firing if a person or animal is nearby.
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However, there is a limitation: the device does not work with insects flying faster than 1 meter per second. This means that faster pests, like flies, are not targeted.
Versions And Specifications
The Photon Matrix will be sold in two versions: Basic and Pro. The Basic version has a range of 3 meters and a scanning angle of 90 degrees. The Pro version can reach up to 6 meters. Both promise to eliminate up to 30 mosquitoes per second.
The device can be used indoors or outdoors, even in the dark. It is water-resistant, with an IP68 certification, and can be submerged up to 1.5 meters for up to 30 minutes.
Power can be supplied by a regular outlet or a portable power bank. The battery life ranges from 8 to 16 hours, depending on the model used.
Origin Of The Idea
The idea of using lasers against mosquitoes emerged in 2007 when astrophysicist Lowell Wood proposed the technology during an event hosted by the Bill and Melinda Gates Foundation. Since then, several prototypes have been developed, but all were abandoned due to safety or technical difficulties.
With the Photon Matrix, the scenario seems different. The combination of miniaturization, modern sensors, and intelligent control may finally make the domestic use of this idea feasible.
Potential And Limitations
The project is led by Jim Wong in the city of Changzhou. There is still no established company behind the initiative, and the product is in prototype stage. Therefore, caution exists regarding commercial availability and actual feasibility.
Even so, the proposal has the potential for impact. The system could reduce the use of chemical insecticides, which cause environmental and health damage. It also represents a selective and sustainable way to control disease-transmitting mosquitoes such as those responsible for dengue, Zika, and malaria.
If it is safe, accessible, and effective, the Photon Matrix could transform pest control in a silent, clean, and precise manner.
essa inovação tecnológica será de grande utilidade aqui no Brasilno combate aos mosquitos da dengue.