In this entry, I will be documenting a family of magnet-based animals that have been observed and studied extensively. The family consists of three different forms: Magnemite, Magneton, and Magnezone. In addition, a relative of Magneton from the past known as Sandy Shocks has also been discovered.

Magnemite is the first form in this family, and it is a small, spherical creature with a single eye and three horseshoe-shaped magnets. These magnets allow it to hover in the air and move around freely. Through our research, we have discovered that Magnemite has a specialized gland that produces helium, allowing it to stay afloat. It also has a unique ability to combine with other Magnemite to form a larger cluster, which can then combine with even more Magnemite to form an even larger cluster.

The second form in this family is Magneton, which is a more advanced version of Magnemite. Magneton has three Magnemite connected by a central hub, with each Magnemite acting as a wing. This configuration allows Magneton to move through the air more efficiently than Magnemite. Furthermore, Magneton has the ability to combine with other Magneton to form a larger, more complex structure. Through our research, we have discovered that Magneton has developed specialized glands that produce both helium and magnetic sand, which it uses to move and manipulate its environment.

The final form in this family is Magnezone, which is the most advanced and complex form. Magnezone has three Magneton connected in a triangular formation, with each Magneton acting as a hand. This configuration allows Magnezone to manipulate objects and move in any direction. Magnezone also has the ability to produce and control electromagnetic fields, which it uses to communicate with other members of its species and manipulate its environment. We have also discovered that Magnezone has developed advanced organs and glands that allow it to produce and manipulate both helium and magnetic sand with even greater efficiency than Magneton.

Through our research, we have also discovered a direct relative of Magneton from the past known as Sandy Shocks. This creature is a four-legged animal with 3 ball-shaped heads, decorated with tribal face paint and yellow eyes. Sandy Shocks has two legs per magnet, which have evolved from the horseshoe-shaped magnets of Magneton. It also has a bonded with magnetic sand, which it uses to create a various additions to the original magneton form. Sandy Shocks is believed to be either an ancestor of Magneton or a descendant that was put through conditions equal to that of prehistory.

Overall, this family of magnet-based animals is a fascinating subject of study, with their unique abilities and advanced biological and technological developments. Further research into their evolution and development is required to better understand these incredible creatures.