The world is the first!Storage chip realizes "integrated diagnosis and treatment"

Recently, Tsinghua University has developed an integrated storage chip surgery robot technology, and for the first time, the integrated diagnosis and treatment of storage chips has been achieved worldwide.This technology is expected to replace traditional electronic data and evidence collection methods and apply it in the fields of clinical surgery, microelectronic processing, cultural relics repair and other fields.

The restoration of lost data from the chip of the integrated storage device has always been a difficult problem and challenge facing the field of court science and data recovery technology.Traditional methods usually need to manually remove the chip insulation layer, and then access the printing circuit board of the device.This method is not only time -consuming, but it may also damage key storage components, and it is easy to adversely affect data recovery.

Today, the problem solving has new ideas.Xue Ping team, a professor of Tsinghua Physics Department, cooperated with the Appraisal Center of the Ministry of Public Security and developed surgical robotics technology. It combined robotic intelligence, optical related layers of imaging, and laser etching and ablation.Integrated storage devices such as U disk restore lost data to effectively improve the efficiency and intelligent and automated level of electronic data testing.

This surgery is divided into two stages of diagnosis and treatment.First of all, it is necessary to judge where the chip's data is stored.Xue Ping explained that optical related layers of imaging technology can realize high -resolution three -dimensional fast -analyting imaging of biological tissues.Researchers can judge different types of damage through imaging, and automatically analyze the depth of scratch, degree of burns, and area damage damage.It is worth mentioning that compared to radiation X -ray imaging technology, this technology uses low -power near -infrared light to avoid potential harm to operators, equipment or storage data.

Inspired by the concept of integrated diagnosis and treatment in the medical field, the team integrated the optical co -road of laser ablation equipment in the optical coherent layers of imaging systems, forming an integrated storage chip surgery robot.Under the guidance of three -dimensional images, the robot has selectively and accurately remove the target area of the chip insulation layer, which greatly reduces the damage to the equipment, simplifies the welding process, and improves data recovery efficiency.

This technology also has a good application prospect in other fields.In the field of clinical, Xue Ping can accurately identify the tumor boundary in real time during the operation, help surgeons accurately locate and remove cancer tissue, and minimize damage to the surrounding health tissues.

The technical achievements of integrated storage chip surgery robotics have been published in "Nature · Communication" a few days ago.Review experts believe that this technology is expected to subvert traditional electronic data evidence collection methods and achieve unprecedented improvement in data recovery efficiency.