Kevin Eric Axelrod: "Spontaneous Hydrogen Generation with Silicon Nanoparticles and Water"Committee Chair: Myeongsub (Mike) Kim, Ph.D.Committee Members: Amir Abtahi, Ph.D. and Tsung-Chow (Joe) Su, Ph.D.June 28,2024 at 9:30 AMIn Person: Florida Atlantic University, Boca Raton Campus, Engineering West Building (EG-36), OME Conference Room

Joshua Donjuan: "Nanoparticle-Induced Catalytic Carbon Capture: A Microfluidics Approach"Committee Chair: Dr. Myeongsub (Mike) Kim Ph.DCommittee Members: Tsung-Chow Su, Ph.D, Dr. J. William Louda, Ph.D.June 28,2024 at 11:00 AMIn Person: Florida Atlantic University, Boca Raton Campus, Engineering West Building (EG-36), Room 187

Maria Lungu: "EXAMINING DIGITAL POLICY TOOL CHOICE AND NETWORK STRUCTURES: A DISCOURSE NETWORK ANALYSIS OF THE FIRST STEP ACT"Committee Chair: Alka Sapat, Ph.D.Committee Members: Robin Larson, Ph.D., Cassandra Atkin-Plunk, Ph.D.June 28, 2024 at 2:00 PMIn Person: Florida Atlantic University, Boca Raton Campus, Computer Center (CM-22), Room 133

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Tony-winning Peter and the Starcatcher upends the century-old story of how a miserable orphan comes to be The Boy Who Would Not Grow Up (a.k.a. Peter Pan). A wildly theatrical adaptation of Dave Barry and Ridley Pearson’s best-selling novels, the play was conceived for the stage by directors, Roger Rees and Alex Timbers, and written by Rick Elice, with music by Wayne Barker. From marauding pirates and jungle tyrants to unwilling comrades and unlikely heroes, Peter and the Starcatcher playfully explores the depths of greed and despair... and the bonds of friendship, duty and love. Featuring a dozen actors portraying more than 100 unforgettable characters, Peter and the Starcatcher uses the limitless possibilities of imagination to bring the story to life.