#orange glow
I have been busy! These are two new Tritium designs. Unlike normal glow in the dark Tritium doesn’t need to by charged by an existing light source. It’s a gas, slightly radioactive (not dangerously so) and glows continuously for 12 to 15 years. It’s used in high end watches, gun sights - anything that requires constant illumination. But it’s very, very expensive and is sold in a range of small glass tubes. For the safety of the tube I install them in a second glass or crystal vial.
The green stick is small 12mm x 2mm. It’s sealed in the square crystal vial hung on semicircle silver tone connector with pointed terminals. Two flat struts are used to attach the chain.
The orange/pink stick is larger 24mm x 2mm sealed within a second glass vial test tube. I created a hanging bracket for the vial. The vial is topped with a 5 finned post. There is a brass ring on the test tube that holds the vial at a midpoint and can be removed. The vial itself can be worn without the bracket by clipping two clasps to the holes on the top cap that will be included.
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The Detector
I’ve been overdosing on documentaries about CERN, the Large Hadron Collider, quantum physics/mechanics and proof of the Higgs Boson. As a science illiterate it fascinates me. That massive tube full of magnets, cameras, detectors and liquid nitrogen is an incredible instrument. Simply awe inspiring. These docos play in the background in my studio and I would occasionally look up to see the massive size and complexity of the machine.
This started with simple flat brass rings with eight holes and some rescued snake chain I cut into eight lengths. This design wasn’t thought out - I just had to wing it. I vaguely wanted a “cage” to hold a glass vial with a Tritium vial in it. Etsy doesn’t like Tritium (their sandpit - their rules) so I sell those pieces off Etsy. It basically glows without the need for a charge - it glows constantly for 10 to 15 years. But I’ve been working with UV resin and recently purchased some tiny LEDS. So I set an orange LED into a gold tone cord cap with UV resin. Then I put a glass tube into the cap and slowly poured resin into the tube stirring it frantically to produce air bubbles. Normally I’m fighting against air bubbles in resin so trying to form and quickly cure them was surprisingly difficult. I didn’t even know if the LED and electronics was going to work after pouring resin on them. The light refracts and diffuses on the bubbles. I was thrilled when it all worked.
Once I had brass beads on the end of each chain length I threaded a range of beads, pinions, tubing and 5 brass rings to stabilize the tube. I still had no idea if the vial would fit through the middle and how I was going to attach it to the structure. This is where the magic often happens - it fit like it was designed with precision. To fasten it within the tube all I had to do was slide another cap on the top of the glass vial and seal it with a screw.
As you can see - when unlit there is a small silver tube, slightly hidden by the brass tassel. To turn the light on - insert that tube into the battery pack - a tiny silver tone tube with a central hole (3/8 x ¼ inch). Once inserted it turns the LED on. Batteries can be replaced easily by unscrewing the cap.
During the day - it’s an unusual mecha deco design - at night with the light - the wow factor.
It sort of looks like a little mechanical cephalopod with those 8 tassel “legs”. I’ve designed this to be worn low on the body - Gatsby length with a long chain. It’s hitched high on the display bust just to show scale and fit it into the photo. If you want it to be higher - I’m happy to alter the chain length.
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