Studies testing the same hypothesis will tend to find results that match the underlying true effect, but there will be some variation in their results due to differences between studies (different participants, researchers, settings, and so on).
This is the same hypothesis being explored by companies like AltspaceVR, with entire social networks built around shared experiences.
Theorem 3 Let us assume the same hypothesis as in Theorem 2.
The second experiment provided firmer evidence for the same hypothesis because humans neglected their visual rhythms.
The three investments I've made so far, in Begin, Butter.ai and Growbot, are all around the same hypothesis, which is making it much easier to do work.
Under the same hypothesis as Theorem 3 in [2], there exists a smooth bifurcation branch from ((d_{j}, (0,0))).
Under the same hypothesis one has that all of the "provably-Δ21" sets of reals are universally Baire.
The same hypothesis could also explain the susceptibility of some fungal cultures to organic acids (Batish et al. [1997]).
In previous work [21] the authors tested the same hypothesis for China and were able to reject the null hypothesis.
In addition, under the same hypothesis, we show that dynamical comparison implies almost finiteness, which was shown by Kerr to imply that the crossed product is Z-stable.
Again supporting the same hypothesis, the mole fractions of at least some of the suspected soot precursor hydrocarbons decreased with increasing temperature.
