It is of note that the "holistic" listening mode was previously referred to as "fundamental" listening mode for reason of precise terminology at the time, since only the pitch component of sound perception was studied (independent of timbre differences) [1], [2].
The beautiful thing about bubbles is that they vibrate by rapidly expanding and contracting (known as a breathing mode, for obvious reasons), and that means that bubbles behave like bells.
We think that the actual operation regime in [15] is the accumulation layer mode, for the reasons outlined above, and our additional simulation for exactly the same device design and parameters as in [15] (but without the external cavity) did support this conclusion.
The U.S. Chamber is in panic mode for two reasons.
The system considered corresponds to an ungrounded structure and will always admit a rigid body mode; for that reason, the smallest natural frequency is zero and we use the smallest non-zero natural frequency as a metric for stiffness of the structure and we maximize this objective.
The secondary objective was to assess the feasibility of IntelliVent-ASV™ use defined as the number of safety events, the need to switch to conventional mode for any medical reason, or sensor failure.
The feasibility of IntelliVent-ASV™ use was assessed based on the number of safety events, the need to switch to conventional mode for any medical reason, and sensor failure.
However, large conformational changes are generally predicted well along the slowest few normal modes for the aforementioned reasons (see end of the last section).
In fact, for reasons unbeknownst to you, your son seems interested in playing with cars, trains, trucks, planes and other modes of transportation instead.
Indeed, the fact that the reviewers ask for an analysis of failure modes instead of stating (as some high profile journals) that any of the (unavoidable) failure modes would be reasons for rejection, truly impressed us.
