Natural or Lab-Grown Diamond (Visual inspection cannot definitively separate without advanced spectroscopic equipment like FTIR or Photoluminescence, though HPHT/CVD lab-grown origin is highly probable in modern market contexts)

Natural or Lab-Grown Diamond (Visual inspection cannot definitively separate without advanced spectroscopic equipment like FTIR or Photoluminescence, though HPHT/CVD lab-grown origin is highly probable in modern market contexts) · Round Brilliant

Very Good to Excellent (Displays well-proportioned facet alignment, though a slight pavilion bulge or facet mismatch can only be confirmed via proportion scope) Cut

Natural or Lab-Grown Diamond (Visual inspection cannot definitively separate without advanced spectroscopic equipment like FTIR or Photoluminescence, though HPHT/CVD lab-grown origin is highly probable in modern market contexts) - Round Brilliant

Carat

Estimated approximately 0.75 to 1.00 carat based on standard table sizing ratios relative to typical display setups

Color

Estimated G-H (Colorless range, showing very slight warmth under specific lighting angles, typical of standard commercial grades)

Clarity

Estimated VS1 - VS2 (Very Slightly Included; minor internal characteristics likely present under 10x magnification, but clean to the naked eye)

Shape

Round Brilliant

Overall Assessment

This is a classic, highly desirable Round Brilliant diamond showing balanced proportions, good brilliance, and clean visual clarity, making it an ideal center stone for fine jewelry applications

Cut Quality

Very Good to Excellent (Displays well-proportioned facet alignment, though a slight pavilion bulge or facet mismatch can only be confirmed via proportion scope)

Brilliance

High brightness with strong white light return across the face-up appearance due to good facet symmetry

Fire

Moderate to High dispersion of spectral colors (rainbow flashes), characteristic of a well-cut round diamond

Scintillation

Good play of light and dark areas (sparkle) as the stone moves, demonstrating well-balanced pavilion depth

Proportions

Standard modern round brilliant proportions estimated: Table ~57%, Total Depth ~61%, Crown Angle ~34.5 degrees, Pavilion Angle ~40.8 degrees

Symmetry

Good to Very Good (Good alignment of upper and lower facets, with minimal off-center culet or girdle thickness variation)

Polish

Good (Standard commercial finish with minor microscopic polish lines only visible under high magnification)

Fluorescence

None to Faint (No overwhelming milky appearance or distinct colored glow observed under standard daylight simulation)

Inclusions

Pinpoints and minor feather inclusions likely hidden beneath table facets, typical for VS clarity diamonds

Blemishes

Minor natural or polish marks near the girdle edge, common in uncertified loose stones

Origin

Cannot be definitively determined visually; could be mined internationally (Canada, Russia, Africa, Australia) or produced via HPHT/CVD laboratory methods

Treatment Detection

No obvious signs of fracture filling, laser drilling, or heavy surface coatings; appears untreated

Estimated Value

$2,500 - $5,000 USD (Varies significantly depending on whether it is natural vs. lab-grown, clarity, and exact weight)

Certification Estimate

Likely to receive a report from GIA, IGI, or AGS if submitted, with grades closely matching standard commercial diamond parameters

Investment Potential

Natural diamonds of this grade maintain moderate liquidity and steady historical value retention, whereas lab-grown diamonds generally depreciate rapidly over time

Similar Diamonds

Standard GIA-certified 0.85ct G-VS2 Round Brilliant cut diamonds widely available through major wholesale and retail inventories

Setting Suggestions

Classic 4-prong or 6-prong solitaire setting in Platinum or 18k White Gold to maximize the white face-up color

Care & Maintenance

Clean regularly with warm soapy water and a soft-bristled brush. Store separately in a fabric-lined jewelry box to prevent scratching other pieces

Interesting Facts

The Round Brilliant cut features 58 facets (including the culet) mathematically optimized by Marcel Tolkowsky in 1919 to maximize light return and fire

Identified on 9/25/2026