home.social

#mineralology — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #mineralology, aggregated by home.social.

  1. George Rossman, Caltech professor of mineralogy, emeritus, passed away on February 6, 2026. He was 81.

    The unifying theme of his research career was a simple, relatable question: Why do gems and other minerals possess their distinctive colors? He also studied the distribution of water in minerals of the deep earth, electronic structure, etc.

    From Chris Tacker on MSA-list and:
    gps.caltech.edu/news-and-event

  2. George Rossman, Caltech professor of mineralogy, emeritus, passed away on February 6, 2026. He was 81.

    The unifying theme of his research career was a simple, relatable question: Why do gems and other minerals possess their distinctive colors? He also studied the distribution of water in minerals of the deep earth, electronic structure, etc.

    From Chris Tacker on MSA-list and:
    gps.caltech.edu/news-and-event

    #Caltech #MineralSocAmerica #Mineralology #EarthScience

  3. George Rossman, Caltech professor of mineralogy, emeritus, passed away on February 6, 2026. He was 81.

    The unifying theme of his research career was a simple, relatable question: Why do gems and other minerals possess their distinctive colors? He also studied the distribution of water in minerals of the deep earth, electronic structure, etc.

    From Chris Tacker on MSA-list and:
    gps.caltech.edu/news-and-event

    #Caltech #MineralSocAmerica #Mineralology #EarthScience

  4. George Rossman, Caltech professor of mineralogy, emeritus, passed away on February 6, 2026. He was 81.

    The unifying theme of his research career was a simple, relatable question: Why do gems and other minerals possess their distinctive colors? He also studied the distribution of water in minerals of the deep earth, electronic structure, etc.

    From Chris Tacker on MSA-list and:
    gps.caltech.edu/news-and-event

    #Caltech #MineralSocAmerica #Mineralology #EarthScience

  5. George Rossman, Caltech professor of mineralogy, emeritus, passed away on February 6, 2026. He was 81.

    The unifying theme of his research career was a simple, relatable question: Why do gems and other minerals possess their distinctive colors? He also studied the distribution of water in minerals of the deep earth, electronic structure, etc.

    From Chris Tacker on MSA-list and:
    gps.caltech.edu/news-and-event

    #Caltech #MineralSocAmerica #Mineralology #EarthScience

  6. #Anthracite is the hardest and usually the purest form of #coal. It’s rarer than other coal types, but its purity makes it useful for home stoves since it wouldn’t release toxic vapors containing mercury or other metals.
    This #Macro #Perspective on an anthracite specimen shows inclusions on the surface.

    Get a print or other merchandise at heronfox.pixels.com/featured/a

    #MacroPhotography, #Mineralology, #Geology, #AnthraciteCoal, #Photograph

  7. #Anthracite is the hardest and usually the purest form of #coal. It’s rarer than other coal types, but its purity makes it useful for home stoves since it wouldn’t release toxic vapors containing mercury or other metals.
    This #Macro #Perspective on an anthracite specimen shows inclusions on the surface.

    Get a print or other merchandise at heronfox.pixels.com/featured/a

    #MacroPhotography, #Mineralology, #Geology, #AnthraciteCoal, #Photograph

  8. #Anthracite is the hardest and usually the purest form of #coal. It’s rarer than other coal types, but its purity makes it useful for home stoves since it wouldn’t release toxic vapors containing mercury or other metals.
    This #Macro #Perspective on an anthracite specimen shows inclusions on the surface.

    Get a print or other merchandise at heronfox.pixels.com/featured/a

    #MacroPhotography, #Mineralology, #Geology, #AnthraciteCoal, #Photograph

  9. #Anthracite is the hardest and usually the purest form of #coal. It’s rarer than other coal types, but its purity makes it useful for home stoves since it wouldn’t release toxic vapors containing mercury or other metals.
    This #Macro #Perspective on an anthracite specimen shows inclusions on the surface.

    Get a print or other merchandise at heronfox.pixels.com/featured/a

    #MacroPhotography, #Mineralology, #Geology, #AnthraciteCoal, #Photograph