Vision and Realities

Jackel K-P. Microreaction Technology—Vision and Reality. Plenary Lecture, ACHEMA 2000, Frankfurt. 

Turner, S. 1997. "The Vision and Reality of Pell Grants Unforeseen Consequences for Students and Institutions." Paper presented at the 25th Anniversary Pell Grant Conference, November 13-14, Washington DC. 

Personal Mastery. This discipline of aspiration involves formulating a coherent picture of the results corporations that most sincerely wish to achieve, alongside a realistic assessment of their current simation. Learning to cultivate the tension between vision and reality can expand corporation s capacity to make better choices, and to achieve more of the goals that they have set for themselves. 

SptingCT Intrauational Publishing Switzeriand 2016 A. Terzis (ed.). Handbook of Camera Monitor Systems, Augmented Vision and Reality 5, DOI 10.1007/978-3-319-296... 

Sutmann, G. (2006). Molecular dynamics - vision and reality. In J. Grotendorst, S., Bliigel, D. Marx (Eds.), Computational nanoscience Do it yourself J ich NIC. http //www2.fz-juelich.de/ nic-series/volume31/sutmann.pdf. Accessed 02 July 2011. 

The factors behind the gap between vision and reality are many, reflecting the sophisticated web of processes and coordination that lie behind the vision and the almost endless ways of cormpting it. UK retailer Marks Spencer introduced... 

In the following chapters we describe the functional trends for large and small appliances and their current need for sensors as well as the need anticipated for the near future. The final chapter deals with Visions for Appliances and the sensors that could help turn these visions into reality. 

The possible existence of Huxley s mysterious, timeless regions of reality has led professional and amateur researchers to ponder the extraordinary effects of the DMT molecule (N,N-Dimethyltryptamine). DMT is a psychoactive chemical that causes intense visions and coaxes users to quickly enter a completely different world that some have likened to an alien or parallel universe. DMT is a chemical produced in our own bodies and by many plants. Daniel Pinchbeck in Breaking Open the Head says, smoking DMT is like being shot from a cannon into another dimension and returning to this world in less than ten minutes. The transition from our world to the DMT universe ( DMTverse ) oc-... 

This chapter is dedicated to all members of the Schistosome Genome Network, past and present, and to WHO-TDR, without whose combined vision and willingness to collaborate for the common good, we would not be where we are today, and to the funding agencies and sequencing centres for having the faith to turn that vision into reality. 

Many who use salvinorin A spend the peak of their journey lying down or reclining, apparently engrossed in an internal world. At the onset of the experience there is often a complete separation of consciousness from the body and personality, similar to what occurs with Ketamine. What is experienced after this is quite variable, possibly more so than with other psychedelics. The visions seen with salvinorin A seem particularly real and convincing. Quite often people accept these visions as reality and forget they are under the influence of a psychedelic substance. Siebert has reported on a number of themes which are frequently experienced with salvinorin A. 

In his autobiography (written in 1960) Jung commits himself wholly to the inner vision and to the wisdom and superior reality of internal perceptions. In 1938 (when his Tibetan commentary was written) he was moving in this direction but cautiously and with the ambivalent reservations of the psychiatrist cum mystic. 

To make this vision a reality, the machines that do man s bidding and thus become the basis of the material aspects of civilization must be able to function without decay over years in the terrestrial atmosphere. Materials, mainly metals, used in fabrication must be stable. If the metals become unstable, then machines fabricated partly from these metals undergo an undesired obsolescence. An industrial civilization depends in a crucial way upon the stability of metals in its moist (and often impurity-containing) atmospheres. 

The exact beginnings of alchemy are unknown. As with so much of the subject, myth and reality, dreaming and waking, are intertwined it is often impossible to ascertain whether something is true or actually happened . Ancient texts are often incomplete, and what survives tends either to be prosaic lists and remedies on the one hand, or impenetrable allegories and visions intended for the initiate only on the other. 

However, it is a truism in materials science that the pathway from vision to reality or from an idea to a marketable product is hardly ever as straightforward as it may seem. The field of organic materials for non-linear optics is no exception. Many problems are encountered when it comes to the translation of a molecular property into a bulk property. It has transpired that some of these problems are not easy to solve with classical NLO-phores that mostly belong chemically to the class of merocyanine dyes. New design strategies for organic molecules and their respective bulk structures, crystals or oriented composite materials like polymers, are needed. Only a more fundamental understanding of these issues will allow rational optimization of molecular and bulk properties. 

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