We can simulate qubits in classic computers, but the number of bits to describe qubits grows exponentially with powers of 2. Inversely, using qubits, we hope to crunch problems that would take an unrealistic number of bits to process.
Inversely, using the Carl Zeiss Axioimager-M fluorescent microscopy system for in-vivo detection of GFP signals, in the two mice in which a GFP-positive tumor was implanted, intense fluorescent signal could be detected, while no signal was omitted from either sham or fluorescin-positive tumors (figure 7B).
Instead of discussing whether we should force cut by making it a primitive rule, we can inversely use the admissibility or non-admissibility of cut to be a feature by means of which we classify definitions.
As an approach, the models used for a contamination tolerant bonding process were inversely used and adapted with focus to the CFRP production and its process parameters to achieve the general goal, namely to subsequently reduce the release agent transfer by an adapted processing of the CFRP-system.
These linear regression models were then used for age-predictions in the datasets of the training-group as well as for the validation-group: the five CpG sites (i) were inversely used to predict the age (N) by inserting the specific DNA-methylation levels of the corresponding CpG site.
The model was inversely solved using finite difference to estimate process parameters.
Soil hydraulic parameters of the commonly-applied van Genuchten Mualem model and the bimodal model by Durner (1994) were inversely estimated using HYDRUS-1D and global optimization.
Generated breakthrough curves (BTCs) were inversely simulated using linear, equilibrium sorption (LE), nonlinear, equilibrium sorption (NL), linear, first-order nonequilibrium sorption (LFO), linear, radial diffusion (LRD), and nonlinear, first-order nonequilibrium sorption (NFO) models.
The observed water flow and Br− transport were inversely simulated using mobile immobile (MIM), dual-permeability (DPM), and combined triple-porosity (DP-MIM) numerical models implemented in HYDRUS-1D, with improving correspondence between empirical data and model results.
Previous in vivo data showed that protein levels of Robo and Comm in the embryo are inversely correlated: using transgenic constructs it was shown that the overall levels of Robo are dramatically decreased wherever an increased Comm expression coincides [9], [17], [18].
Ten sets of plans (f-SA and p-SA) were inversely optimized using the Varian Eclipse Progressive Resolution Optimizer PROO, version 11.0.21).
