Listening to Merlin and Gwen's words, Peter tightened the backpack in his hand. "Thank you, but don't worry, no one will bully me in the future," he said gratefully and seriously.
Gwen thought that Peter was planning to follow Merlin's advice and learn to fight, and she couldn't help but feel happy for him. Merlin, however, frowned as he looked at the backpack Peter was holding tightly.
"I'll send you the coach's email later. Don't be too impulsive until your strength has improved," Merlin warned.
"Okay, I'm going to the bathroom first," Peter said quickly, and left the hall with his backpack.
After Peter left, Gwen looked at Merlin in surprise. "You also learned fighting? When did this happen?"
During the holidays, she either stayed at home or ran out to search for spiders . She was always busy and hadn't spent much time with Merlin. Mainly because she took the initiative to catch criminals, she felt a little embarrassed to face Merlin,
" let's go see another show this Saturday," Gwen tilted her head and invited.
"Saturday... I'm sorry, I may be a little busy during this period," Merlin gestured to the side. At some point, people from other technology companies had gathered around, arguing with the technical agents from Stark Industries.
"Electromagnetic pulse interference transmitter, atomic energy gun..." As a top student, Gwen understood what the technology of these two firearms represented. Though she understood, she couldn't help but feel a little disappointed.
"Well, it seems that you've done a lot of extraordinary things during this time," she said, a touch of admiration in her voice.
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"Shit, Miron, you can't be such a bastard. Show us the things quickly."
"No, I haven't finished it yet!"
The shocking scene just now had not only been witnessed by the technical agents from Stark Industries, but also by representatives from Hammer Industries and Oscorp. They had been a step slow and were beaten to the gun by the Stark Industries people.
In addition to technical agents from these companies, there were also some newspaper reporters at the scene. Seeing them pulling on their ties and arguing, Merlin quickly walked up.
"Hey, gentlemen, I have brought exhibits this time. Maybe you are interested in taking a look," he said, pointing in the direction of his exhibition area.
Upon seeing Merlin, the several agents who had been arguing quickly corrected their attitudes and resumed their professional postures.
"You are Merlin Shaw, right? I'm from Hammer Industries, and this is my business card," one of the agents said, handing over his card.
Merlin accepted the card and nodded. "Yes, I'm Merlin Shaw. Nice to meet you. Let's head over to my exhibit, and I'll explain everything in detail."
The agents from the different companies followed Merlin, their interest piqued by the promise of seeing the innovative technology he had brought to the exhibition. As they walked, the reporters took notes and snapped pictures, capturing the moment for their respective publications. The air buzzed with excitement and anticipation as everyone eagerly awaited Merlin's presentation.
Others also handed over their business cards. To be honest, they didn't expect such a big surprise when they participated in the Midtown High School Science and Technology Exhibition.
As a landmark high school in Queens, Midtown High School boasts a strong teaching staff and has trained many outstanding students. Each science and technology exhibition typically features small, eye-catching inventions, but none have reached the level of this year's event.
Many laboratories have spent hundreds of millions of dollars on technology without making any breakthroughs, yet such advancements were demonstrated here.
Under Merlin's guidance, many technology agents flocked to his booth. Seeing this, other students and teachers gathered around curiously. Soon, Merlin's exhibition area was surrounded by several layers of onlookers.
"This is a miniature electromagnetic pulse transmitter. I believe everyone is familiar with it," Merlin said, pointing to his exhibit and beginning his introduction.
"Electromagnetic pulse?" Everyone is indeed familiar with this concept, as it has even been involved in wars. It was used when the North besieged the South.
Electromagnetic pulse (EMP) bombs are a soft-kill area attack method, primarily used in future information warfare. There are two types of EMP bombs: nuclear and non-nuclear. In comparison, the radiation range of non-nuclear EMP bombs is much smaller.
A non-nuclear EMP bomb works by compressing an energized coil through implosion, producing an instantaneous electromagnetic pulse that destroys electronic equipment within its radiation radius. However, after United States) first used this technology, various countries began to take precautions, setting up three layers of shielding defense: near, far, and middle.
Therefore, non-nuclear EMP bombs have one main advantage in war: they are not lethal to personnel.
Of course, in certain specific circumstances, it is also easier to disrupt network communications. The nuclear electromagnetic pulse (EMP) bomb is even more terrifying. This bomb was only detonated in space when United States and Russia were working on the Star Wars project. To be more precise, it was a nuclear explosion experiment. In addition to producing a large amount of gamma rays, the nuclear explosion also emitted a powerful electromagnetic pulse.
At that time, one-third of the satellites in low-Earth orbit were destroyed. The concept of the EMP bomb was inspired by this event. Merlin learned about this from a book published by a renowned author.
Currently, the technology of EMP bombs is not very mature, let alone miniaturized. During this period, economy and practicality must also be considered, but future developments will undoubtedly extend the capabilities of EMP weapons.
Many technical agents showed keen interest in Merlin's presentation.
"First, let me explain the purpose of my research on electromagnetic pulse weapons. This is primarily to aid the police in arrests," Merlin began. "It is mainly used in scenarios such as car interception and communication disruption."
Micro electromagnetic pulse transmitters may sound like futuristic technology, but they are not practical on the battlefield. To reduce electromagnetic pulses, one needs to take three steps: grounding, shielding, and filtering. Instead, they are more effective for urban vehicle interception and the destruction and infiltration of electronic equipment.
"This miniature electromagnetic pulse launcher solves both the size problem and the range strike issue. The pulse bullets inside can accurately strike a single target," Merlin explained. "The inside of the pulse bullet is a cylindrical explosive wrapped with a wire. The bullet needs to be fully charged first. After it is fired, the columnar gunpowder inside will detonate instantly. Since the detonation occurs from one end of the explosive column, it produces a violent detonation wave at the detonation point."
"Shock waves can also be used," Merlin smiled and continued his explanation. "The wavefront will propagate to the front end at a speed exceeding the speed of sound in the medium, and the explosives in the reaction zone behind the wave will continuously detonate under high temperature and pressure."
"The linear magnetic field formed by the spiral wire of the shell is detonated from left to right when the explosive is triggered. The ruptured shell will cause a short circuit with the coil. During high-speed movement, the magnetic flux in the coil is continuously compressed, and the induced current becomes higher and higher, eventually being input into the virtual cathode tube at the end."
"Finally, this process will generate a powerful electromagnetic pulse!"