What's On UEN-TV
How & When Do Molecules Become Life with Dr. Henderson 'Jim' Cleaves
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Monday, May 20
6:00 pm on NASA Television 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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
6:00 am on NASA Television 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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 9.2Our 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.