0.77g Trinitite-Bright Glassy Green

0.77g of bright glassy green Trinitite. The top side is extremely glassy, its sides show large craters and crystallizations along the sides and edges. This piece is almost fully crystallized! This piece comes in a small circular hard plastic display case with velvet lined quality foam to portect the piece of Trinitite.. 

*The Sellwr will choose the equivalent of this piece and ensure the quality is the same or better, never less than what is pictured. Seller is happy to send photos to interested buyers of the equivalent or above the traits of the piece of Trinitite. Seller will ensure the piece is 0.77g-0.99g weight category.* 

*Images are to present how this listing can be placed with an AI background to give an idea on how this can be displayed, and the raw photos.

• All orders come with a Certificate of Authenticity Card, Independent Lab's Gamma Spectrum graph results, and the Scientist's personal notes in a plastic sheath to prevent damage. Our collection's its provenance is The Dr. Ralph Pray Collection. This is to maintain this piece's provenance.
• All orders come with a Certificate of Authenticity Card, Independent Lab's Gamma Spectrum graph results, and the Scientist's personal notes in a plastic sheath to prevent damage. Our collection's provenance is The Dr. Ralph Pray Collection. This is to maintain this piece's provenance.
• Notice: All of our Trinitite has been tested as authentic. Orders are shipped in compliance with Section 13 from part 40 of the NRC Nuclear Regulatory Commission rules and regulations and Postal Service regulations specified in 49 CFR 173.421 for activity limits of low-level radioactive materials. We ship all items by Postal Service activity limits specified in Publication 52. The sale of the trinitite complies with all U.S. Federal regulations.
• * Much of our collection is rare for a couple of reasons. Our collection contains Baratol (Ba-130, Ba-132, Ba-133 peaks), meaning our pieces were gathered close to the detonation site. The Baratol comes from the conventional explosion used to initiate the atomic explosion*