Libyan Desert Glass (5)

Libyan Desert Glass

Libyan Desert Glass, also called Libyan Gold Tektite, is a rare golden impact glass formed about 29 million years ago when a meteorite struck the sands of what is now called the Sahara Desert. The extreme heat of the impact fused the silica-rich sand into this unique crystal, which has been treasured since Ancient Egyptian times for both its beauty and its powerful metaphysical properties.

Libyan Desert Glass — Healing & Metaphysical Properties

The moment I held this Libyan Desert Glass, a gentle warmth radiated through my heart chakra, followed by a subtle yet distinct activation of my third eye. I was drawn inward—into a calm, trance-like stillness that felt both deep and safe.

What I experienced was a quiet but profound sense of being loved and protected. The energy wasn’t overpowering—it was soft, steady, and deeply grounding. There was a weight to the love, as if the stone itself was whispering: “You are taken care of.”

This crystal holds a reassuring frequency, perfect for those who are navigating emotional healing, seeking inner safety, or simply in need of a comforting presence during uncertain times. It gently supports the heart, clears mental overwhelm, and brings you back into connection with your body and inner knowing.

This Libyan Desert Glass is ideal for meditation, energy work, or simply holding close when you need to reconnect with a sense of spiritual safety. It supports heart healing, deep rest, and quiet empowerment—reminding you that love doesn’t always roar... sometimes, it whispers.

Product Description

• Size: 4cm x 2.2cm
• Weight: 10.3g
• Locality: Western Egypt / Eastern Libya

Libyan Desert Glass — Born of Cosmic Impact?

Libyan Desert Glass likely has a cosmic origin, though its exact impact site hasn’t been found. One interesting theory suggests a meteorite hit a shallow sea at high angle, and large fragments of the meteorite carrying sand were propelled outward by powerful jets of vaporized seawater, falling again to form multiple smaller craters instead of a single large one, which may have eroded over 29 million years. It is also thought to be an impactite rather than a tektite, despite often being marketed as the latter.

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