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Keneth Nakada: Difference between revisions
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His family did not trust this to work – Starfleet had so low an acceptance rate it may as well be zero. He should just enlist they said, or better yet, study on planet – maybe join his father? Keneth almost started believing it. Then he was accepted. He had only one disappointment – he had wanted science, but he got engineering. He decided against switching majors later and instead minored in science. | His family did not trust this to work – Starfleet had so low an acceptance rate it may as well be zero. He should just enlist they said, or better yet, study on planet – maybe join his father? Keneth almost started believing it. Then he was accepted. He had only one disappointment – he had wanted science, but he got engineering. He decided against switching majors later and instead minored in science. | ||
The one notable feature of his academy time is his insistence on performing research. This lead to him forming a close relationship with Doctor Quinell Winslett, a propulsion researcher and one of his professors. He co-published a paper in his second year with the professor regarding transwarp fields, which began his love for propulsion. He later published papers on computation and a single study on navigational algorithms during a summer internship at the Daystrom Institute. His final year he published his thesis and a seemingly widely acclaimed paper on the effectiveness of | The one notable feature of his academy time is his insistence on performing research. This lead to him forming a close relationship with Doctor Quinell Winslett, a propulsion researcher and one of his professors. He co-published a paper in his second year with the professor regarding transwarp fields, which began his love for propulsion. He later published papers on computation and a single study on navigational algorithms during a summer internship at the Daystrom Institute. His final year he published his thesis and a seemingly widely acclaimed paper on the effectiveness of key lime pie as ship based weaponry using transporter fields. | ||
He graduated on stardate 239705.25 and was posted to the USS Juneau upon the completion of his training cruise on 239706.01. | He graduated on stardate 239705.25 and was posted to the USS Juneau upon the completion of his training cruise on 239706.01. | ||
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**th'Vahi C., Foxwell I., Winslett Q., Nakada K. Projecting the feasibility of intermix warp technology for further Starfleet expansion. ''JSCE'', 2394; | **th'Vahi C., Foxwell I., Winslett Q., Nakada K. Projecting the feasibility of intermix warp technology for further Starfleet expansion. ''JSCE'', 2394; | ||
**Winslett Q., Dering Y. Nakada K. Effects of Luzon-Minalkev radiation on quantum slipstream field stability. ''JSCE'', 2395; | **Winslett Q., Dering Y. Nakada K. Effects of Luzon-Minalkev radiation on quantum slipstream field stability. ''JSCE'', 2395; | ||
**Nakada K. Effectiveness of | **Nakada K. Effectiveness of key lime pie as anti-ship weaponry using phase transient transport. ''JSCE'', 2397; | ||
**Nakada K. Increasing bio-neural gel performance through subspace suspension of neural pathways. ''JSCE'', 2397; | **Nakada K. Increasing bio-neural gel performance through subspace suspension of neural pathways. ''JSCE'', 2397; | ||