A meteorite hunter
Luc Labenne
Luc Labenne - Meteorite hunter

His job: to explore hot and cold deserts in search of meteorites to study and share with the world. His work is recognized by the entire scientific community. He frequently collaborates with museums and universities around the world.

Luc Labenne is a member of the Meteoritical Society, an official organization headquartered in the Department of Chemistry and Biochemistry at the University of Arkansas in the United States. One of the functions of this organization is to officially list new meteorites with their classification.

HOW ARE THE METEORITES CERTIFIED ?

The meteorites contained in the Collision bracelets are certified by Luc Labenne. When he receives them, the meteorites are analyzed to define their chemical composition, origin, and nature.


Further analyses are carried out by experts from the Meteoritical Society to officially certify and classify the meteorites in the Meteoritical Bulletin and their online accessible database.

Examples of analyses performed by the Meteoritical Society

To determine the lunar origin of a rock, scientists use the samples brought back by humans during the Apollo missions as a reference. A comparative study is then conducted to confirm its lunar origin.


To determine the Martian origin of a rock, meteorite specialists use a technique discovered in 1983 by Donald Bogard and Pratt Johnson. It involves drilling the tiny bubbles present in the meteorite. These bubbles contain minute amounts of Martian atmospheric gases that match exactly the analyses made by the Viking probe in 1976. These same analyses are now used as reference by the specialists of Martian meteorites.

a bracelet made in France
UNIQUE CRAFTSMANSHIP
Through the range of Collision© bracelets, Spacefox takes pride in presenting a piece of jewelry that is entirely manufactured and assembled in France.

From machining the cases to crafting the elastomer bracelets and cutting the meteorite stones, each step of the process relies on the expertise of French artisans and manufacturers.
UNIQUE CRAFTSMANSHIP
À travers la gamme de bracelets Collision©, Spacefox est fier de présenter un bijou fabriqué et assemblé sur le territoire français.

From machining the cases to crafting the elastomer bracelets and cutting the meteorite stones, each step of the process relies on the expertise of French artisans and manufacturers.
THE CERTIFICATE OF AUTHENTICITY ON THE BLOCKCHAIN

At Spacefox, ensuring the authenticity and exact provenance of your stone is a top priority. That's why we offer you the option to use the ELROND blockchain and the xPortal smartphone app to never lose your certificate of authenticity. Plus, you'll receive your very own Collision Spacefox NFT, which will be the digital alter ego of your bracelet!

What is a blockchain?

The blockchain is, first and foremost, a technology for storing and transmitting information. It offers high standards of transparency and security because it operates without a central controlling authority. Its users, connected in a network, can share data without intermediaries. You can think of the blockchain as a database that contains the history of all exchanges made between its users since its creation.

WHAT IS AN NFT?

An NFT, or non-fungible token, refers to a certificate that allows you to be the exclusive owner of a digital artwork.

logo xPortal
Slide 1
IRON METEORITE

Classification_
Iron-Fine Octahedrite
Matricule_
Muonionalusta
Year of discovery_
1906
Place of discovery_
Sweden
Original mass_
230kg

Geochemistry_
Iron
Nickel

Exposure of the original mass_
National Museum of Natural History of Sweden, Stockholm

Meteoritical Society_
Slide 1
MÉTÉORITE MÉSOSIDÉRITE

Classification_
Mésosidérite
Matricule_
NWA 13912
Year of discovery_
2020
Place of discovery_
North West Africa
Original mass_
11.85kg

Geochemistry_
Orthopyroxene
Augite
Olivine
Anorthite

classified by_
A. Irvin, University of Washington,
P. Carpenter, Washington University, Saint Louis

Meteoritical Society_
Slide 1
LUNAR METEORITE

Classification_
Regolith Breccia
Matricule_
NWA 10782
Year of discovery_
2015
Place of discovery_
North West Africa
Original mass_
39g

Geochemistry_
Pyroxene
Olivine
Spinel
Plagioclase

classified by_
R. Hewins, National Museum of Natural History, Paris

Meteoritical Society_
Slide 1
MARTIAN METEORITE

Classification_
Poikilitic Shergottite
Matricule_
NWA 14047 P
Year of discovery_
2020
Place of discovery_
North West Africa
Original mass_
1250g

Geochemistry_
Pigeonite
Subcalcic Augite
Fayalite
Maskelynite

classified by_
A. Irving, Washington University,
P. Carpenter, Washington University, Saint Louis.

Meteoritical Society_
Slide 1
IRON METEORITE

Classification:
Iron-Fine Octahedrite
Matricule :
Muonionalusta
Discovery year :
1906
Place of discovery :
Sweden
Original mass :
230kg
GEOCHIMY

Iron
Nickel
EXPOSURE OF THE ORIGINAL MASS

National Museum of Natural History of Sweden, Stockolm
METEORITICAL SOCIETY

Slide 1
IRON METEORITE

Classification:
Mésosidérite
Matricule :
NWA 13912
Discovery year :
2020
Place of discovery :
North West Africa
Original mass :
11.85kg
GEOCHIMY

Orthopyroxene
Augite
Olivine
Anorthite
CLASSIFIED BY

A. Irvin, University of Washington,
P. Carpenter, Washington University, Saint Louis
METEORITICAL SOCIETY

Slide 1
LUNAR METEORITE

Classification:
Regolith Breccia
Matricule :
NWA 10782
Discovery year :
2015
Place of discovery :
North West Africa
Original mass :
39g
GEOCHIMY

Pyroxene
Olivine
Spinel
Plagioclase
CLASSIFIED BY

R. Hewins, National Museum of Natural History, Paris
METEORITICAL SOCIETY

Slide 1
MARTIAN METEORITE

Classification:
Poikilitic Shergottite
Matricule :
NWA 14047 P
Discovery year :
2020
Place of discovery :
North West Africa
Original mass :
1250g
GEOCHIMY

Pigeonite
Subcalcic Augite
Fayalite
Maskelynite
CLASSIFIED BY

A. Irving, Washington University,
P. Carpenter, Washington University, Saint Louis.
METEORITICAL SOCIETY