Exploration in future

Let us examine how this interpretation fits with the biometric data. If the taxon simply reflects a transient reaction, it does not necessarily have to show strong associations with stable predispositions, such as inherited characteristics. However, it should covary with the presence of dissociation-provoking stressors, and adverse family environment is perhaps one of them. This account may or may not be able to explain the seeming inconsistency between the stability and biometric data. The issue needs to be explored in future studies, but it certainly highlights the importance of a thorough construct validation for newly discovered taxa. 

Figure 5. Phase diagram for Nj =2 quark matter in the NCQM. The critical temperature for color superconductivity (2SC phase) can be high enough for this phase to reach close to the tricritical point which shall be explored in future heavy-ion collision experiments.

The burning of fossil fuel is a chemical reaction, which, as you recall from Section 2.1, is a reaction that involves changes in the way atoms are bonded and results in the formation of new materials. For fossil fuels, these new materials are mostly carbon dioxide and water vapor. As we explore in future chapters, the only thing that determines the ability of atoms to form new materials in a chemical reaction is the atoms ability to share or exchange electrons—the atomic nuclei are not directly involved. The chemistry of an atom is therefore more a function of its electrons than of its nucleus. Nuclear fission, by contrast, involves nuclear reactions, which, as shown in the chapter-opening photograph, involve the atomic nucleus. In this sense, the study of the atomic nucleus is not a primary focus of chemistry. 

Wick, E. L., Volatile Components of Irradiated Beef," Exploration in Future Food-Processing Techniques," S. A. Goldblith, ed., MIT Press, Cambridge, Mass., 1963. 

The synthesis of new lanthanide-element single and multiple bonds has opened up new classes of complexes and huge vistas to explore in future. Reactivity studies on these complexes have shown interesting and unusual profiles that complement and contrast with related s- and d-block systems. These advances are of fundamental interest and potential industrial applications for these complexes in catalysis and materials are being realized, driving future investigations. 

The sensitivity of e to the magnitude of the quadrupole moment for linear quadrupoles in dipolar-fluid model calculations was discussed in Section III. This property points the way to two questions that must be explored in future work. 

With incretin mimetics and DPP-4 inhibitors, two novel classes of antidiabetic agents have been developed and are in the course of being approved for the treatment of patients with type 2 diabetes, which will certainly broaden the armamentarium of anti-hyperglycemic therapy. This is valid based on their properties that have already been characterized in clinical trials. Some additional properties need to be explored in future studies, but hold the promise to make a substantial contribution to changing the course of type 2 diabetes, from the prevention of the transition between the prediabetic state to manifest diabetes, to improved and more durable metabolic control with less unwanted side effects and the prevention of diabetic complications. 

As a consequence of the outstanding properties of polyurethane as a porous material and therefore for synthesis of membranes, research continues focused not only on environmental fields but also in diverse areas such as medical devices or adhesives. Therefore, there is a potential area to develop polyurethane-separation materials as membranes. The use of naturally based polyurethane monomers during synthesis reactions [polyol, isocyanates, and chain extenders), are also key factors to explore in future to control morphological, mechanical, and thermal desirable properties. In addition the modification of polyurethane with potential natural absorbent biopolymers is an emergent research line that has demonstrated successful results [9,81,82]. 

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