Magnets are often associated with engineering and everyday tools, but they also have a creative side. Artists and designers around the world have found ways to use magnetism to create dynamic, unpredictable, and visually striking pieces of art.

What makes magnetism especially compelling in art is its invisibility. Unlike paint or sculpture materials, magnetic fields cannot be seen directly, but they can be revealed through motion, interaction, and creative experimentation.

The Magnetic Field Record

One early and memorable example of magnetism in art comes from Japanese designer Kouichi Okamoto, who created the Magnetic Field Record. This kinetic installation uses a combination of magnetism and gravity to produce a series of ink-drawn circles.

Inspired by vinyl records, the piece features a suspended arm with an ink dropper on one end and a magnet on the other. As gravity pulls on the magnet, the system begins to rotate. The ink slowly drips onto a surface below, forming circular patterns that gradually move inward—much like the grooves of a record.

The result is a visual record of motion influenced by forces we cannot see. Each piece is slightly different, highlighting the unpredictable nature of magnetism and gravity working together.

View the project: https://www.kyouei-ltd.co.jp/en/products/magnetic-field-record/

A Classic Toy that Made Magnetic Art Accessible to Anyone

Some may remember that long before large-scale installations and ferrofluid displays, magnetism was already being used in simple, creative ways. A classic example is the mid-20th-century toy  known as “Wooly Willy.” This toy featured a printed face inside a sealed surface filled with fine iron filings. Using a small magnetic wand, users could pull the filings into place to create hair, eyebrows, and other features. This toy, and many like it, are still available today!

New and Evolving Forms of Magnetic Art

Since this concept was first introduced, artists have continued to explore magnetism in new and innovative ways.

Ferrofluid Art Installations

Ferrofluid—a liquid that reacts to magnetic fields—has become one of the most recognizable materials in magnetic art. When exposed to a magnet, ferrofluid forms sharp, spiky patterns that shift in real time.

Artists and designers now use ferrofluid in Interactive exhibits, digital art installations, high-speed photography, and even sculptural displays. These works allow viewers to “see” magnetic fields in motion, transforming a scientific concept into a living, changing visual experience.

One standout example comes from Sachiko Kodama, a pioneer in ferrofluid-based art. Her installations use electromagnets to dynamically control ferrofluid, creating constantly changing forms that respond to magnetic fields.

Explore her work: https://www.sachikokodama.com/

Kinetic Magnetic Sculptures

Many contemporary artists use magnets to create kinetic sculptures that move without direct physical contact. Magnets can repel, attract, and stabilize components in ways that traditional mechanical systems cannot, allowing artists to create floating or levitating objects or rotating sculptures driven by magnetic force.

One of the most influential artists to explore magnetism in sculpture is Takis, a Greek artist known for incorporating magnetic fields, movement, and energy into his work. Some of his most well-known works include kinetic sculptures where metal needles, rods, or spheres vibrate, shift, or float within a magnetic field. 

Learn more about his work: https://www.tate.org.uk/art/artists/takis-2019/introducing-takis

Magnetic Levitation and Interactive Displays

Magnetic levitation has also found its way into art and design. Some installations use carefully balanced magnetic fields to suspend objects in mid-air, creating a sense of weightlessness and curiosity.

These types of works are often featured in science museums and interactive exhibits, where viewers can engage directly with magnetic forces. For example, the Exploratorium frequently showcases hands-on exhibits demonstrating magnetic levitation and field interaction.

Explore their exhibits: https://www.exploratorium.edu/exhibits

 

Simple Ways to See Magnetism Yourself

You don’t need a large installation to explore magnetism creatively. There are simple ways to see magnetic fields in action at home:

  • Ferrofluid: Watch how it forms spikes and patterns around a magnet
  • Iron filings: Sprinkle them around a magnet to reveal field lines
  • DIY projects: Create small kinetic or magnetic art pieces using household materials

These simple experiments demonstrate the same principles used in larger artistic installations.

Where Science Meets Creativity

Magnetism sits at the intersection of science and creativity. Whether it’s a large-scale installation or a simple experiment, it provides a way to explore forces that are always present but rarely visible.

At Apex Magnets, we support both practical applications and creative exploration. From educational tools to components used in art and design, magnets offer endless possibilities for innovation. Browse our catalog or reach out for personalized customer service. 

 

Safety Warning: Children should not be allowed to play with neodymium magnets as they can be dangerous. Small magnets pose a choking hazard and should never be swallowed or inserted into any part of the body.

Magnets can be dangerous. Neodymium magnets, especially, must be handled with care to avoid personal injury and damage to the magnets. Fingers and other body parts can get severely pinched between two attracting magnets. Bones can be broken by larger magnets. Visit our Magnet Safety page to learn more.