YouTuber Sufficiently Advanced has created a very unique do-it-yourself Thor’s Hammer using a bit of Arduino magic together with an electromagnet from inside a microwave.
Once completed, the Thor’s Hammer can only be lifted by its creator and is equipped with a fingerprint reader, making it almost impossible for others to pick up when placed on metal.
The Technology Behind the Hammer
The ingenuity of this project lies in its clever use of modern technology. The core component is an electromagnet, which is sourced from a microwave oven. Electromagnets are fascinating devices that create a magnetic field when an electric current passes through them. In this case, the electromagnet is powerful enough to hold the hammer firmly in place when it is set on a metal surface.
The Arduino microcontroller plays a crucial role in this setup. Arduino is an open-source electronics platform based on easy-to-use hardware and software. It is widely used by hobbyists and professionals alike to create interactive projects. In this Thor’s Hammer project, the Arduino is programmed to control the electromagnet and the fingerprint sensor.
The fingerprint sensor is another key component. It ensures that only the person whose fingerprint is registered can deactivate the electromagnet, thereby lifting the hammer. Fingerprint sensors are commonly used in security systems, smartphones, and other devices requiring secure access. By integrating this technology, Sufficiently Advanced has added a layer of security and exclusivity to the hammer, making it a true marvel of DIY engineering.
Public Reactions and Practical Applications
Watch the video below to see how the residents of Venice Beach tackled the creation in an entertaining video well worth watching.
A replica of Mjolnir (Thor’s Hammer) from The Avengers that’s pretty much unliftable unless you’ve got my fingerprints!
The video showcases various attempts by people to lift the hammer, only to be met with failure. The reactions range from amusement to sheer disbelief, highlighting the effectiveness of the technology used. This project not only serves as an entertaining spectacle but also demonstrates the potential of combining different technologies to create something unique and functional.
Beyond the realm of entertainment, the principles used in this project have practical applications. For instance, the combination of electromagnets and fingerprint sensors can be used in security systems to safeguard valuable items. Imagine a safe that can only be opened by the owner or a secure lock for personal belongings that uses similar technology. The possibilities are endless, and this project serves as an inspiration for further innovations.
Moreover, this project is a testament to the growing trend of DIY electronics and maker culture. With resources like Arduino and readily available components, anyone with a bit of curiosity and determination can create something extraordinary. It encourages people to explore the world of electronics and engineering, fostering a community of innovators and problem-solvers.
In conclusion, Sufficiently Advanced’s DIY Thor’s Hammer is more than just a cool gadget; it is a brilliant example of how modern technology can be harnessed to create something both fun and functional. The use of an electromagnet, Arduino, and fingerprint sensor showcases the potential of these technologies when combined creatively. Whether for entertainment or practical applications, this project is sure to inspire many to delve into the world of DIY electronics.
Source: Digital Trends
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