Donald Belisario on his favorite episode of Quantum Leap 01:54 Charles Floyd JohnsonView Interview Charles Floyd Johnson on how he came to produce the last season of Quantum Leap 01:29 Charles Floyd Johnson on the research on Quantum Leap -- particularly on the episodes dealing with historical...
This hope is never fulfilled, with a title card in the series finale declaring that “Sam Becket never returned home.” The suddenness and finality of this statement, along with the show misspelling the last name of its own protagonist, gave “Quantum Leap” a laughably abrupt sendoff. A r...
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NBC has ordered six additional episodes of its new drama series “Quantum Leap,” bringing its season one total to 19 episodes. • “Quantum Leap” is the season’s #1 new show in the 18-49 demo based on most current data • “Quantum Leap” is the #1 NBC current season series on...
Quantum Leap Episode Plot Sea Bride – June 3, 1954 [su_expand text_color=”#FFF”]It’s June 3, 1954, and Sam has leaped into Phillip Dumont, aboard the RMS Queen Mary leaving New York. No sooner has he adjusted to the feeling of being on the water than a woman wearing a wedding...
The MCU’s first teen superhero (not named Peter Parker) started off really strong, introducing the charming Iman Vellani as Kamala Khan and surrounding her with one of Marvel’s deepest supporting casts. Things went a bit off the rails in later episodes; there was a sudden trip to Pakistan...
Full size image Unlike the MT1-MLT complex, the three replicates of MT2-MLT exhibited distinct behaviors along the MD trajectory. Among them, the RMSD (Fig.2B) of replicate 2 was more stable. Like MT1-MLT, the RMSD value remained around 0.5 nm. In contrast, replicate 3 showed a higher...
“Quantum Supremacy: How the Quantum Computer Revolution Will Change Everything,” by Michio Kaku (Doubleday / Penguin Random House) Even though full-fledged quantum computersaren’t yet ready to prime time, researchers are already trying to figure out how to simulate the quantum mechanisms behind...
Full size image Unlike the MT1-MLT complex, the three replicates of MT2-MLT exhibited distinct behaviors along the MD trajectory. Among them, the RMSD (Fig.2B) of replicate 2 was more stable. Like MT1-MLT, the RMSD value remained around 0.5 nm. In contrast, replicate 3 showed a higher...