The result of this study is the full conviction that, at least in these structures, we are really dealing with the remnants of corals, most of which belong to the Favositidae, a family that has so far only been found as fossils in the Paleozoic, the ancient layers of Earth.

Das Ausland, 1881, No. 16, Article 1

And also,

Well-preserved forms are, of course, quite rare; it is mostly debris, e.g. quite similar to that observed in young ocean limestone of the Mexican Gulf. After acquiring some practice and comparing many cuts, certain recurring forms can be restored quite easily. Especially developed are the sponges of which I have already determined three specific genera.

Das Ausland, 1881, No. 16, Article 1

Reading this in Das Ausland must have ruffled the feathers of directors of zoology and paleontology, especially coming from Weinland, who responded to Anton Rzehak’s criticism with:

This may still seem like a venturesome statement today, but my peers, who have known me for twenty-five years, will probably know that I do not easily pronounce my conviction.

Das Ausland, 1881, No. 26, Article 1

And indeed, Weinland went on to express his conviction by establishing in a treatise 16 genera each with multiple species, submitting his work to the Leopoldina and Acta, and proclaiming that:

Not ten years will pass before we will have a small universally recognized fauna of the meteorites.

Das Ausland, 1881, No. 26, Article 1

Certainly this is a fascinating story and a book worthy of reading! And regarding Hahn’s ideas about the iron meteorites, you will want to research the ironically named Chondrites.

Read: The Meteorite (Chondrite) and its Organisms

Read: Das Ausland Articles

Microfossils and Biomolecules in Meteorites – Dr. Richard B. Hoover

This video by Dr. Richard B. Hoover points at why I am so interested in meteorites. Imagine if Dr. Hoover is correct and that life pervades the universe, or even lets say a large galaxy and/or group of galaxies. This is a viable outcome of nature and follows from simple exponential growth given a time span on a scale of billions of years. As long as life has evolved to be able to travel the vast distances between stars this is a simple and interesting hypothesis. But we are of course mostly interested in complex life — we are scanning right now for complex information signals in all numbers of frequencies when all we have to do is study the meteorites already in our possession. If the universe is filled with single cell life forms, it would suggest that the potential of life to manifest itself in form/energy/matter such as humans or dinosaurs, etc.. exists as a latent potential throughout the region of the universe inhabited by these life forms. And complex life arises almost immediately when a new planet or moon with suitable conditions arises. This would basically be the answer to the Drake Equation. It is highly likely that there are other complex lifeforms. We now would feel confident to search for complex life signatures because we know now that the universe is filled with simple life and primitive multicelluar life like trilobites, dinosaurs, mammals, etc… So now the ultimate question would seem to be where did the first evolution of these organisms arise? In our galaxy? the Andromeda galaxy? Where exactly are Earth’s lifeforms on this larger tree of life? Reality is starting to seem like something out of a science fiction book. Of course this is just one possible speculative scenario. I can imagine others.

Note, I have been photographing meteorites in cross polarized light for the past few years; including CO type meteorites. You can see my work at Solar Anamnesis.

Also consider reading these articles:

Claims of Indigenous Life Forms in Meteorites: A Short Review

Chandra Wickramasinghe Testimony

Randall Carlson YouTube Lectures

It is surprising to me that man’s awareness of meteorites as being “rocks from space” is relatively recent (early 1900’s). There have been numerous “witnessed falls” throughout written history; however, the association of these heavenly phenomena (meteors) with solid iron and rocky objects was almost non-existent. Instead they were commonly regarded as apparitions much like rainbows. This explains the existence of several English words which are all related to these objects, their atmospheric interaction and their final discovery as a rock like object — i.e., a meteoroid becomes a meteor which becomes a meteorite. The realization that meteors are formed by space rocks began the “meteorite rush.”

The search for specimens was initially done by a small group of people, and in some cases a single man, Harvey Nininger; Nininger was as American meteorite pioneer in the early/middle part of the 20th century. He raised awareness and spent his entire life devoted to meteorite hunting and study. After Nininger, Robert Haag became the most widely known meteorite hunter and collector in America. Now scientific teams and other meteorite hunters all over the world are providing vast numbers of finds in the Antarctic and in various deserts spanning the globe.