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How & When Do Molecules Become Life with Dr. Henderson 'Jim' Cleaves

Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.

  • Sunday, May 19
    9:00 am on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Sunday, May 19
    9:00 pm on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Monday, May 20
    2:00 am on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Monday, May 20
    6:00 am on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Monday, May 20
    10:00 am on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Monday, May 20
    2:00 pm on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Monday, May 20
    6:00 pm on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Saturday, May 25
    9:00 am on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Saturday, May 25
    9:00 pm on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Sunday, May 26
    6:00 am on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Sunday, May 26
    6:00 pm on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.

 

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  • Friday, May 17
    6:00 am on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Friday, May 17
    2:00 am on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Thursday, May 16
    10:00 pm on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Sunday, May 12
    6:00 pm on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Sunday, May 12
    6:00 am on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Saturday, May 11
    9:00 pm on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Saturday, May 11
    9:00 am on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Thursday, May 9
    6:00 pm on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Thursday, May 9
    2:00 pm on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Thursday, May 9
    10:00 am on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Thursday, May 9
    6:00 am on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Thursday, May 9
    2:00 am on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Wednesday, May 8
    10:00 pm on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Sunday, May 5
    6:00 am on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Saturday, May 4
    9:00 pm on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Saturday, May 4
    9:00 am on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Wednesday, May 1
    6:00 pm on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Wednesday, May 1
    2:00 pm on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Wednesday, May 1
    10:00 am on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Wednesday, May 1
    6:00 am on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Wednesday, May 1
    2:00 am on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.
  • Tuesday, April 30
    10:00 pm on NASA Television 9.2
    Our guest is Dr. Henderson "Jim" Cleaves! Jim studies the origin of life on Earth and its potential beyond, specifically asking the question: how does chemistry become biology? He is interested in how organic compounds are produced from cosmically-abundant, inorganic compoiunds, and how these compounds self-organize to form more complex and potentially self-replicating systems.