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by
Oriti, Daniele.
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Approaches to quantum gravity toward a new understanding of space, time and matter / Oriti, Daniele.
by
Lockwood, Michael.
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Space and time.
by
Raach, Catherine, author.
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and optimize the bolometer design for the space-like environment at a float altitude of 36 km. The
by
Hu, Jiazhong, author.
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first time. We demonstrate a special technique suppressing the binary atomic loss at high atomic density
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Lam, Wa Kun, author.
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utilizing multiple-component initial state; we discussed some potential applications on phase detection and
by
Colomb, Warren A., author.
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probability of occurring in space or time. We hypothesize that if we start from a perfectly random tissue
by
Kohn, Saul Aryeh, author.
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polarized and unpolarized power in the EoR window. Polarized redundant calibration is also described and
by
Wills, Elizabeth J., author. (orcid)0000-0002-9652-6888
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significance, from 1 TeV - 1 EeV energy ranges, at angular scales from 5° to 180°, and displays no time
by
Li, Gen, author.
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beam-like protons in interplanetary space with stochastic pitch-angle scattering and adiabatic focusing
by
Glosser, Connor Adrian, author.
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computer-aided device design. I detail an improved propagation algorithm to reduce the time and space
by
Liu, Jie, author.
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infinitely iterated Prisoner's Dilemmas in Chapters 2 and 3 after an introduction in Chapter 1. In Chapter 2
by
He, Congxiao, author.
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the first time. In addition, in the original technique, the window of harmonic in Fourier space is

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