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Littleredcorvette ago

Here's what I found when I looked a little closer at the exhibits.

Found this jewel by artist: Kristina Bilonick.

https://imgoat.com/uploads/512bd43d9c/10911.PNG

I saw the note in the exhibit that mentions color coding from KB Industries. I also noticed that the two puzzle sides shown are grainy photos of children's faces.

About the artist: Kristina Bilonick. She has married since this exhibit. (Wedding on 11-21-15) Guess where she met her spouse:

John and I met shortly after John had moved to the area to work at NIST. We had a mutual friend who was an artist so he'd been at some art events I'd attended. The night that we actually met and started chatting was at the Transformer art gala held at the Corcoran Gallery of Art.

Who is the mutual friend?

Here's some more info about the happy couple http://archive.is/SQfgC

Was the reception location kept secret? https://imgoat.com/uploads/512bd43d9c/10918.PNG

Here is Kristina's business: https://pleasantplainsworkshop.com (Surprised?)

Need a specialty print job done? http://www.washingtonpost.com/wp-dyn/content/article/2010/10/08/AR2010100804053.html

Kristina also has a real estate license http://www.ebradyrobinson.com/blog/2015/6/5/kristina-bilonick

Her FB lists two workplaces in Edinburgh UK beginning in 2017. https://imgoat.com/uploads/512bd43d9c/10923.PNG

The first Georgetown connection: http://archive.is/cBhxB

You could liken Kristina Bilonick's career to a pie chart.

Why a PIE chart? Writer offers no explanation to substantiate that comment. That sentence has no relevance to the balance of the article, yet prominently gets placed at the beginning of the article & has its own paragraph.

She has been, in no particular order: a gallerista (at Govinda, the longstanding Georgetown gallery); an artist (she recently had work in a show at Honfleur Gallery); an outside-the-box party planner (she helped put synchronized swimmers in the Capitol Skyline pool for the Washington Project for the Arts).

Another Georgetown connection. This one demonstrates the different levels of filtering that goes on. Including how to be singled out among a crowd.

https://orgsync.com/19142/events/195059/occurrences/158369

https://imgoat.com/uploads/512bd43d9c/10925.PNG

https://imgoat.com/uploads/512bd43d9c/10924.PNG

More code here? http://kristinabilonick.net/section/383755.html

Look closely at the photographs.

Did you notice the word "child" anywhere? Did you spot the photos next to it? Is this a menu? Advertising? A communication of some kind?

https://imgoat.com/uploads/512bd43d9c/10930.PNG

What about the other exhibits? More code? https://imgoat.com/uploads/512bd43d9c/10931.PNG https://imgoat.com/uploads/512bd43d9c/10932.PNG

-/-/-

I think every quart art exhibit artist should be looked at closely thru the lens of the exhibit being a representation of fetishes and/or victims of the "artist". This is a public communication about what the artist has done, or wants to do. A sick inside joke.

What can be done? Look for imbedded photos in the exhibit. Compare these to missing children. Connect these dots.

If someone wants to pick up from here, please feel free. The next step here would be checking on Kristina's new husband. After all, they met at Transformers (JA's place).

His name is John Royer. https://www.nist.gov/people/john-royer http://archive.is/6jcsu

smart guy. Works for NIST. What is NIST? National institute of Standards and Technology under the US Dept of Commerce.

https://imgoat.com/uploads/512bd43d9c/10938.PNG

Research Interests: Soft matter, suspensions, colloidal synthesis, shaped colloids, confocal imaging, rheology Dynamics of Shaped Colloids: Though there has been significant progress understanding colloidal suspensions of isotropic, spherical particles, relatively little is known about how particle shape or directional interactions influence the suspension dynamics. We use a novel synthesis technique first described in Rossi et al, Soft Matter 2010 (link is external) to create bulk quantities of mono-disperse cubes, ellipsoids and peanut-shaped particles.

In collaboration with Dan Blair (link is external) at Georgetown University, we use 3D confocal-rheology to characterize the dynamics of these shaped particles under shear. Using depletion we can induce attractive interactions between the cube faces, allowing us to examine how anisotropic, directional interactions influence the shear-induced diffusion and shear-induced aggregation of these particles. This work is part of a larger effort within the Polymers and Complex Fluids group to address the rheology and stability of protein solutions, and is part of the NIST Bio-manufacturing initiative.

🏎

GiantMillipino ago

I think the pie chart analogy means that she's had a varied career, one that'd translate to a colourful pie chart. her eyes look a bit scary but, then again, joe biden looks like a friendly old grampa with crow's feet laugh lines and all. can never be too sure.

oh, and the CHILD FREE LAYAWAY thing was a bit peculiar.