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active galactic nuclei    airborne observatory    alternative energy    alternative energy sources    amazon ecology    antarctic meteorites    arabidopsis thaliana    asteroids    astrobiology    astrochemistry    astronomy    beta pictoris    big impact    biofuels    bioinformatics    biomarkers    biosphere ii    birth of the universe    black holes    carbon cycle    carbon cycling    carnegie caltech planet search    carnegie science    cell division    cell nucleus    cholesterol    cholesterol metabolism    chromosome structure    clear cutting    climate change    climate change and crop yields    climate modeling    comets    continent formation    core accretion    cosmology    crop improvement    dark energy    dark matter    desertification    developmental biology    diamonds    discovery    disk instability    distant galaxies    dna    doppler velocity technique    early universe    earth and planetary science    earth science    earthquakes    earth’s interior    ecology    ecosystems    edwin hubble    egg production and development    embryo development    entrepreneurial approach    essential exception    exceptional scientists    exoplanets    extragalactic distance scale    extrasolar planet atmospheres    extrasolar planets    extraterrestrial life    extraterrestrial material    extreme pressures    extremely large telescopes    extremophiles    fat processing    ferroelectrics    first principles    flat fish    frog    fruit fly    galaxy clusters    galaxy collisions    galaxy mergers    gamma-ray bursts    genetic engineering    genetic recombination    genetically modified organisms (gmos)    genetics and developmental biology    geochronology    giant magellan telescope    global climate change    global ecology    global warming    globular clusters    high-pressure physics    hubble constant    hydrogen    hydrogen fuel    hydrothermal vents    independent scientific research    internally funded research    interplanetary dust particles    invasive species    investigator driven research    life on mars    lipids    logging in amazon    m-31    maize    man-made diamonds    mars    materials science    matter at extreme states    mercury    messenger mission to mercury    metamorphosis    meteorites    milky way    mrna    multidisciplinary scientific research    nanomaterials    nanosensors    nanotechnology    nervous system development    nitrogen cycling    nitrogen pollution    ocean acidification    old galaxies    origin of life    origins    photosynthesis    planet evolution    planet formation theory    planet interiors    planetary exploration    planetary science    plant disease    plant disease resistance    plant genetics    plant nutrients    plant pest prevention    plant science    plate tectonics    protoplanets    quasars    rainforest destruction    remote sensing    retinal cancer    rise of earth’s atmosphere    rna    search for life    seed development    seismology    selective logging    sexual reproduction    small size    solar system evolution    stars    stellar disks    stellar evolution    stem cells    storage    superconductors    terrestrial planet formation    unconstrained    unconventional    universe evolution    volcanoes    world class paradigm-shifting research    worm    x-ray universe    yeast    zebrafish   

are black holes really black?    astronomy (field of study)    astrophysics (field of study)    black hole (celestial object category)    blazar    blazars    cold quasars    dr. allison kirkpatrick    event horizon    event horizon john michael godier    how supermassive black holes create cold quasars    quasar    quasars    space (quotation subject)    supermassive black holes    supermassive black holes can birth stars    the death of galaxies    what are quasars?    what is a quasar?