This paper clarifies the notion of "contact with reality" by investigating one way in which lack of such contact can be expressed: the interrogative attitude. The case of a socially withdrawn, seventeen-year-old schoolboy is examined. Paul C. had long been overly logical and precise in his style of thinking. An acute disturbance began with mental fatigue along with apparent obsessive symptoms (e.g., extreme monitoring of his own actions) to the point that simple, everyday actions became very time-consuming; he also developed (...) a tendency to ask endless questions even about trivial phenomena. However, unlike those of the true obsessive, Paul's monitoring, doubting, and querying seemed to lack any emotional or personal element; he was not anxious but, rather, apathetic. Also, Paul lacked real curiosity: To him, everything had the same level of importance, and his attention was not directed by any precise or personal goal. This paper argues that Paul's interrogative attitude was actually a form of autistic-schizophrenic thinking characterized by "pragmatic weakening" and a loss of vital contact with reality, which are consequences of a weakening of the "élan vital" with its "vital propulsion toward the future." Such patients retain their intellectual powers but do not use these powers in accord with the requirements of reality. The interrogative attitude can be seen as a compensation mechanism—a way to maintain some minimal contact with the world. The paper ends with psychotherapeutic recommendations. (Abstract written by special issue editor: L.A.S.). (shrink)

The seventeenth century author Nīlakaṇṭha Caturdhara wrote several works criticising the Vedāntic theology of the sixteenth century author, Appayya Dīkṣita. In one of these works, the Vedāntakataka, Nīlakaṇṭha picks out two doctrines for criticism: that the liberated soul becomes the Lord, and that souls thus liberated remain the Lord until all other souls are liberated. These doctrines appear both in Appayya’s Advaitin and in his Śivādvaitin writings. They appear to be ones to which Appayya was committed. They raise theological and (...) conceptual problems, however, both in themselves as doctrines, and as part of nondual Vedāntic teaching. A study of the Vedāntakataka reveals those features of Appayya’s Vedānta that Advaitins in Banaras in the century after his life considered to be anomalous, and illuminates aspects of the context in which his ideas developed and circulated. (shrink)

A physical mechanical sequence is proposed representing measurement interactions ‘hidden' within QM's proverbial ‘black box'. Our ‘beam splitter' pairs share a polar angle, but head in opposite directions, so ‘led' by opposite hemisphere rotations. For orbital ‘ellipticity', we use the inverse value momentum ‘pairs' of Maxwell's ‘linear' and ‘curl' momenta, seen as vectors on the Poincare spherical surface. Values change inversely from 0 to 1 over 90 degrees, then ± inverts.. Detector polarising screens consist of electrons with the same vector (...) distributions, but polar angles set independently by A & B. The absorption/re-emission interaction process is modelled as surface vector additions at the angle of polar latitude of each interaction. This ‘collapse' of characteristic ‘wave values' is really then simply ‘re-polarisation', with new ellipticity. We then obtain the relation Cosθ at polarisers. We may simplify this to new ellipses with major/minor axis values. Considering as spherical orbital angular momentum rotation we invoke the unique quality of spheres to rotate concurrently on three axes! Rotating on y or z axes concurrent with x axis spin can return surface points to starting positions with non-integer x axis rotations, from half to infinity!. Second interactions at photomultiplier/ analysers are identical but at two orthogonal ‘channels'. Vector addition interactions at BOTH channel orientations normally produce a vector value of adequate amplitude to give a *click* from the MAJOR axis direction. At the ‘crossover' points at near circular polarity the orthogonal ‘certainty' is ~ 50:50, so both or neither channels may produce a ‘click'. The apparently unphysical but proved ‘Malus' law' relation; Cos2θ emerges physically from the 2nd set of interactions. The main departure from QM's assumptions are; That the original pair members each actually possessed two inverse momenta sets; ‘curl' and ‘linear'. Also that complex ‘vector additions' of those pairs occurs. Vector quantities allow A & B to reverse their OWN finding by reversing dial setting, reproducing experimental outputs without problematic ‘non-locality'. (shrink)

In a doxography of views called the Ṣaṭtantrīsāra, a seventeenth century commentator and Advaitin, Nīlakaṇṭha Caturdhara, describes the doctrines of a group he calls the Miśras. Nīlakaṇṭha represents the doctrines of the Miśras as in most ways distinct from those of the canonical positions that usually appear in such doxographies, both āstika and nāstika. And indeed, some of the doctrines he describes resemble those of the Abrahamic faiths, concerning the creator, a permanent afterlife in heaven or hell, and the unique (...) births of souls. Other doctriness are difficult to associate with any known South Asian religion, for example the emphasis placed on astrological determinism in the moral economy of the creation. As the Ṣaṭtantrīsāra is unpublished to date, a preliminary edition of those portions that concern the Miśras is presented here, together with a translation, notes, and some further discussion. Though the identification is not certain, it seems most likely that the views Nīlakaṇṭha describes in this text belonged to Vanamālī Miśra, a North Indian Mādhva who had lived in the Ganges-Yamuna doab in the mid to late seventeenth century. Even if that identification turns out to be correct, many questions remain. (shrink)

This is one of a group of essays (collected in this issue of the journal) about methodological considerations that have arisen for the project on the “Sanskrit knowledge systems on the eve of colonialism.” For the history of the exact sciences in Sanskrit, or Jyotiḥśāstra, in the early modern period, there are special problems. These have to do with the historically anomalous status of the exact sciences among the śāstras or Sanskrit knowledge systems, and with the predominantly “internalist” method by (...) which most recent research on Jyotiḥśāstra has been carried out. The essay considers the usefulness for tackling these problems of recent writing elsewhere in the history and philosophy of science, especially the work of Hacking. (shrink)

Pathways into the Study of Ancient Sciences: Selected Essays. By David Pingree. Edited by Isabelle Pingree and John M. Steele. Transactions of the American Philosophical Society, vol. 104, pt. 3. Philadelphia: American Philosophical Society Press, 2014. Pp. xxii + 503.