kinetic Art

Magnetic Flux Gyroscope Pendant: V2

Magnetic Flux Pendants and other amazing science inspired fine jewelry available here:

From Foxtail Jewelry: BUY NOW: Kinetic Magnetic Pendants

Magnetic Flux Gyroscope Pendant: version 2 of the @foxtailjewelry - @physicsfun collab! Two half-sphere neodymium magnets on chains remain suspended under centripetal acceleration. Another kinetic art necklace design by artist Betsy Yates of @foxtailjewelry who brings this concept to life so elegantly and is currently featuring @physicsfun inspired pendants in her gallery and store.

Magnetic Flux Gyroscope Pendant

Magnetic Flux Pendants and other amazing science inspired jewelry available here:

From Foxtail Jewelry: BUY NOW: Kinetic Magnetic Pendants

Magnetic Flux Gyroscope Pendant: two neodymium magnets on chains remain suspended by their mutual magnetic attraction. This kinetic art necklace design is from a new line of physics inspired jewelry- a collaboration with designer and artist Betsy Yates of @foxtailjewelry who so masterfully brought this concept to life and is currently featuring @physicsfun inspired pendants in her gallery and store. 

Micro Mirror Interactive Art Memo Pad

My freind Tim Rowett over at Grand Illusions Ltd. has this item in stock:

From Grand Illusions Ltd: BUY NOW: Love/Hate Micro Mirror Art
Also availble in South Korea: BUY NOW: Love/Hate Micro Mirror Art

Micro Mirror Interactive Art: mirrors as pixels- the "love/hate" memo pad by Luycho. The displayed message is the product of 1280 tiny square mirrors (dimensions 2.0 x 2.5 mm), where each mirror is angled to reflect a specific part of the memo pad below. Alter the distribution of colors on the pad and the message on pixel array can change between the two options.


The eTOP

Get this and other beautifully crafted math themed tops here: 

Fropm Etsy: BUY NOW: The eTOP

The eTOP: an ellipsoid based on the famous Euler’s constant e, diameter 2” and thickness 2/e”- spinning magnets from the magnetic stirrer induce electric currents to flow in the copper eTOP- these currents then create their own magnetic field which opposes the magnets underneath and pushes the eTOP to spin, producing interesting motion and sound. Credit to astrophysicist Kenneth Brecher, the creator of the eTOP, PhiTOP, and this unique means of using Lenz’s Law to spin it up. This top stands up vertically (when spun with sufficient rotational velocity) due to physics similar to that of the tippe-top. The concave mirror keeps the top from wandering off of magnetic stirrer. 

The Colorizer

Get the Colorizer and lots of fun artwork here:

From ColorimetryLights.com: BUY NOW: The Colorizer

The Colorizer: Our perception of color depends not only on the pigments and dyes embedded in objects and artwork, but also on the frequency of the illuminating light. The Colorizer uses multiple LEDs to morph the intensity (and mix) of the emitted frequencies through various rhythmic patterns- which then animate any still image comprised from a bright color palette. Swipe for a few examples. A creation of Miles Warren of ColorimetryLights. Images: 1- Zebra (Loren Shaw) 2- Colorimetry logo 3- Pentomino Tiling 1.0 (R Hall) 4- AlienPattern (Brent Johnson)

Zoetrope

Get a similar affordable Zoetrope from these sources:

From Etsy: BUY NOW: Zoetrope 

From Amazon: BUY NOW: Zoetrope 

Zoetrope: the physics and psychophysics of motion animation- still images flashed in rapid succession produces the illusion of motion through persistence of vision. The slits are crucial to creating the illusion by blacking out the visual stimulus for a short duration- without these pauses only a blur is perceived. When the image flash rate is above the flicker fusion frequency (approximately 16Hz) we perceive fluid motion- the basis for all movies and TV. 


Water Drop Pulse Kinetic Sculpture

Art by Philippe Bouveret available here:
From the artist: BUY NOW philippebouveret.com 

Water Drop Pulse Kinetic Sculpture: “Heart In A Bottle” is a kinetic art sculpture by Philippe Bouveret that utilizes the amazingly strong surface tension and adhesive properties of water. Two halves of a heart are attached to a wire spring which is periodically pulled together in a zipper like fashion by a single drop of water (as seen in 240 flp slow motion). The engineered system in the top bulb emits a water drop that adheres to the two wires, and as it falls surface tension pulls and connects the spring wires, which stay stuck together until gravity pulls down and thins the water coating enough such that the spring force can overcome the water’s adhesion. The halves of the heart then undergo vibrations that damp out until another drop forms in a process that repeats a few times a minute. 

Fresnel Minor Lamp

See the gallery of work by the artist: 
Art Gallery: inquire about availability 
Sean Agustine March

Fresnel Minor Lamp: Microlayers of metals and metal oxides allow a slab of glass to transmit a different color than it reflects through thin-film optical phenomena such as interference and selective absorption. In this remarkable art piece, dichroic glass is combined with infinity mirror type multiple reflections creating this dazzling display of physics! Special thanks to @seanaugustinemarch for this amazing addition to my collection.

Tensegrity Icosohedron Toy: The Skwish

Available here in a variety of colors and wood types:

From Amazon: BUY NOW: Kwish Tensegrity Toy

Tensegrity Icosahedron Toy: an architectural engineering inspired toy for tots- believe it or not this design is sold as a toy for babies: the Skwish rattle by the Manhattan Toy Company. Six wood struts float isolated from each other but held in a stable configuration by a net of 24 connecting elastic cords. This configuration of three sets of parallel struts forms a Jessen’s icosahedron under tension, and was invented by the famous architect Buckminster Fuller in 1949. A physics toy for ages 0 and up! 


Orbit Spinning Top

Get this 3D printed top here:

From Etsy: BUY NOW: Orbit Spinning Top

Orbit Spinning Top: asymmetric in shape but perfectly balanced about the rotation axis, this beautiful stainless steel 3D printed top will spin for a couple minutes. As the top slows down interesting aliasing arises as the angular velocity changes with respect to the frame rate of the camera. 

Coupled Oscillator Giraffes

These are mostly available in the Demark Hoptimist shop, but can be ordered internationally here:

From Amazon.uk: BUY NOW: Hoptimist Giraffes Art Toy

Coupled Oscillator Giraffes: set one giraffe into motion and the others will join, trading the kinetic energy between each other in an intricate dance. Three identical leaf springs comprise the necks, and the eyes of each giraffe are neodymium magnets. The magnetic repulsion between the heads allows each giraffe to slightly influence its neighbors, hence these oscillating springs are coupled via this magnetic influence which leads to complex patterns of energy transfer with each taking a turn to stand still while the others move dramatically. From the Danish toy maker Ehrenreich (Hoptimist) originally produced in 1972 and recently reissued in the form seen here.

 


Uplift Kinetic Spiral

The second generation of this amazing device is now available here: 

From beuplifted.com: BUY NOW: Uplift 2.0

Uplift and Uplift 2.0: a spiral kinetic sculpture under glass, mounted on precision bearings and powered by light. The rotation is propelled silently by a simple and elegant bidirectional motor- a disk shaped copper coil impels an array of six neodymium magnets, powered by a single solar cell. The included hand held magnet allows one to select the direction of flow. 

MetMo Cube 

The team at MetMo release these cubes for sale periodically:

From MetMo.co.uk: Inquire Here: MetMo Cube

MetMo Cube: art from precision metalworking technology- a wire EDM (electrical discharge machine) can cut out two ovals from a 0.5 kg cube of solid stainless steel, and leave a gap of less than 0.05mm around the cutouts! The EDM process, sometimes called spark machining, removes material from the work piece by a series of rapid current pulses, that when bathed in dielectric liquid creates electric arcs that “vaporize” a precise bit of metal with every pulse. A 3D printed base is mounted to the bottom to create a tight seal and connect the two chambers so air can transfer between allowing pneumatic manipulation, and the satisfying slow descent (video in real time). From machinist/artist Paegan Ward and the MetMo (Metal in Motion) team. 

Rheoscopic Sworld

Get a Sworld ball (choose a color) here:

From Amazon: BUY NOW: Sworld Rheoscopic Ball

Also- the best in rheoscopic kenitic art- see: the Vortex Dome

Rheoscopic Sworld: this nice example of fluid flow kinetic art uses rheoscopic fluid encased in flexible bubble of plastic to reveal the intricate motion of turbulence. A suspension of tiny flat mica crystals tend to align themselves at the boundaries where the fluid is moving comparatively faster or slower, making the typically invisible flow patterns visible. 


Time's Up

Similar timers available from these sources: 
From eBay: BUY NOW 
Inverted Timer 


From Amazon: BUY NOW 
Inverted Timer 


Time's Up: inverse of the sandglass- tiny plastic beads are less dense than the water and thus ascend to the top of the container under the influence of a buoyant force in accordance with Archimedes' principle. This timer takes almost exactly 6 minutes to complete shown here at normal speed for the first half of this video, and the second half is condensed to 24 seconds in time-lapse. 

Oloids: Solid and Anit-oloid

Order your Anti-Oliod today: available in three types of metal:

From The Matter Collection: ORDER NOW: Anti-Oloids in Brass, Copper, and Steel 

Oloids: “solid hull” and “ruled surface” types made from brass and copper- oloids are unique solids that roll in such a way that every point on their surface comes in contact with the plane. The basis of the oliod’s geometry is that of two connected circles, one perpendicular to the other such that the rim of each circle goes through the center of the other. The shapes you see here are the results of connecting the rims of these circles together with a family of straight lines, one method leads to the solid convex hull form, and another way leads to the ruled oloid (anti-oloid).