Sajarah Cina a Nineteenth-century Apology in Javanese

The sometimes precarious position of the Chinese in Indonesia has a long history. The (most probably) nineteenth-century author, Apdul Mutalip, advocated a more balanced view by pointing out some fundamental contributions the Chinese had made to the welfare of the Javanese; he also demonstrates that their presence in Java has a basis in law. Although seems like a poem in Javanese metre, his Sajarah Cina, written in Javanese, is remarkable not only for its subject matter but also for the way the material is presented, in a rhetoric unknown to exist in Javanese literature by most scholars

The Art of Storytelling in Old Javanese Prose as Illustrated by the Story of Ekalawya

Scholarly attention for Old Javanese literature so far has mainly focused on poetry. The apparently simple nature of narrative prose texts, while making them excellent sources for linguistic and lexicographic research, at the same time denies them any literary value. In this article an impression is given of the art of storytelling in one Old Javanese prose story, taken from the Adiparwa of around A.D. 1000. Quite unexpectedly, a sophisticated tradition unfolds in which a rich variety of devices enables the storyteller to create a meaningful world of words

The 1959 Summer Program of Theoretical Studies in Geophysical Fluid Dynamics

Originally issued as Reference No. 59-53, series later renamed WHOI-.This ten-week work-study-discussion program is centered about a formal course called Geophysical Fluid Dynamics. Eight participants are selected from graduate and postgraduate applicants. In the discussions emphasis is placed on the formulation of tractable research problems in geophysics. The participants are encouraged to work on satisfactory problems thus formulated and to continue with their research after returning to their respective institutions.National Science Foundation under Research Grant NSF G-912

Signature of a three-dimensional photonic band gap observed on silicon inverse woodpile photonic crystals

We have studied the reflectivity of CMOS-compatible three-dimensional silicon inverse woodpile photonic crystals at near-infrared frequencies. Polarization-resolved reflectivity spectra were obtained from two orthogonal crystal surfaces corresponding to 1.88 pi sr solid angle. The spectra reveal broad peaks with high reflectivity up to 67 % that are independent of the spatial position on the crystals. The spectrally overlapping reflectivity peaks for all directions and polarizations form the signature of a broad photonic band gap with a relative bandwidth up to 16 %. This signature is supported with stopgaps in plane wave bandstructure calculations and with the frequency region of the expected band gap.Comment: 9 pages, 5 figure

Notes on the 1975 summer study program in geophysical fluid dynamics at the Woods Hole Oceanographic Institution

The central topic of this seventeenth Geophysical Fluid Dynamics program was fluid motion in the earth's mantle and core. Our principal lecturer, Dan McKenzie, first addressed himself to the task of separating solid behavior of the mantle from fluid behavior. When the level of protest diminished Dan advanced to his numerical studies of mantle convection. The relationship of these numerical experiments and geophysical observables was impressive indeed for this first generation of mantle modeling. Intertwined seminars from P. Molnar, B. Parsons, J. Sclater and T. Atwater exposed us to data gathering and its rationale at the frontiers of geophysics. The fluid properties of the core may be less suspect than those of the mantle, but how and why the core fluid moves is still a mystery. Our associate principal lecturer, Fritz Busse, discussed the geomagnetic evidence for core motion. Then moving quickly to the more abstract problems of model geodynamos, Fritz described in five lectures his achievement of a first complete dynamic dynamo driven by convection.National Science Foundatio

Notes on the 1970 summer study program in geophysical fluid dynamics at the Woods Hole Oceanographic Institution

The principal lectures of this twelfth Summer Program were given by Joseph Pedlosky of the University of Chicago. On the following page one sees Dr. Pedlosky demonstrating advanced effects caused by rotation and stratification. Only in his last few lectures do these novel phenomena emerge from the analysis.National Science Foundatio