Mīrzā Muḥammad Khān Qazvini

1950 ◽  
Vol 13 (2) ◽  
pp. 547-550
Author(s):  
Mojtabā Minovi

The death of Mīrzā, Muḥammad Khān Qazvīnī is a great loss to scholarship, and will be felt most keenly in Persia itself, where men of such learning are rare to-day. I do not propose to say much here about the details of his life, for in 1924 he wrote a fairly full autobiography, which was published with four other lives as an appendix to The Bulletin of the Sciences of Finance and Economics, Tehran. This autobiography was reprinted in a collection of his articles called Bīst Maqāleḥ e Qazvīnī Vol. I (ed. Poure-Davoud, Bombay, 1928). More recently he wrote a shorter account of his life, which was published in the monthly periodical Yaghmā (Miḥr 1327/Sept. 1948). He died on 27th May 1949, when he was 72 years old, having been born in March 1877/Rabī’ I 1294. A moving obituary by his great fellow-scholar, S. H. Taqizādeh, appeared in the Ittilā‘āt, and The Times of London published an obituary notice a week later.Qazvīnī's father was a scholar of some repute, and one of the four jointauthors of the great Persian biographical work Nāmeh-e Dāneshvar¯n. Qazvīnī himself, who was born in Tehran, was educated under the traditional Eastern system, and learnt more by his own efforts than from formal instruction. He was orphaned before he was twelve, and soon afterwards became a student (ṭalaba) in one of the old religious colleges supported by charitable bequests; but like other zealous students he managed to attend the lectures of all the eminent masters of his time.

1883 ◽  
Vol 36 (228-231) ◽  

In the death of Mr. Charles Watkins Merrifield, mathematical science generally, but particularly those branches which relate to nautical matters, have suffered great loss. Since the deaths of Rankine and William Fronde, no one has passed away whose presence will be so greatly missed at the annual gatherings of the Institution of Naval Architects, and that of Section G of the British Association. Mr. Merrifield, although essentially a mathematician, and even a pure mathematician, was one of the few to whom the revolution from the rule of thumb to that of exact science in naval architecture was immediately due. The part which he undertook in this movement, although of the greatest importance, is from its nature unlikely to attract notice. And for this reason, perhaps, as well as from the labour involved, as much as its inherent difficulty, was much neglected at the time when Merrifield commenced his work.


1963 ◽  
Vol 9 ◽  
pp. 171-182 ◽  

William Bernard Robinson King died on 23 January 1963 as a result of a thrombosis following a comparatively minor operation. To his many friends the obituary notice which appeared in The Times three days later was a tremendous shock, for it notified the death of a man vigorous in mind and body for whom many more years of constructive work seemed to lie ahead. Bill King was a Yorkshireman who never boasted of that fact but who certainly had no regrets about the circumstances of his birth and his association with the Yorkshire Dales. Born on 12 November 1889 at West Burton near Aysgarth, he had both parents and three grandparents who could claim Yorkshire as their native county. His maternal grandmother was a descendant of Dr Hey who founded Leeds Infirmary, but it was on his father’s side that the Yorkshire connexion was so strong. Certainly from as far back as 1640 there is record of the Kings as yeoman farmers in Wensleydale and after his retirement in 1955, King went to live permanently on the land of his ancestors at the hamlet of Worton. As a boy, young King must have been shy and rather lonely, with few companions of his own age and happy to wander alone on the fells pursuing the study of natural history. He had a brother nearly four years his senior but he was accidentally killed at the age of 21. Eventually Bill King went to Uppingham from a local preparatory school, and of his time there he has written that, being of little use at Latin, the authorities had small interest in him; being no good at ball games, the boys had little use for him; and he learnt nothing of importance. Certainly he achieved the School VIII in rifle shooting, but what he enjoyed most were the outings of the Natural History Society and his solitary walks in Wordley Woods.


1969 ◽  
Vol 4 (4) ◽  
pp. 311-339 ◽  
Author(s):  
Elizabeth C. Patterson

“Whatever difficulty we might experience in the middle of the nineteenth century in choosing a king of science”, read the obituary notice in The Morning Post of Monday, 2 December 1872, “there could be no question whatever as to the queen of science.”1 And in a full-length column the death in Naples on the preceding Friday of Mary Somerville was announced. The Times of the same date, in a notice 2 of equal length and somewhat more scientific detail, spoke of the high regard in which her services to science were held both by men of science and by the nation. She had been for almost half a century the most famous of English scientific ladies and in achieving that role had become the first scientific lady of the world.


1979 ◽  
Vol 46 ◽  
pp. 385
Author(s):  
M.B.K. Sarma ◽  
K.D. Abhankar

AbstractThe Algol-type eclipsing binary WX Eridani was observed on 21 nights on the 48-inch telescope of the Japal-Rangapur Observatory during 1973-75 in B and V colours. An improved period of P = 0.82327038 days was obtained from the analysis of the times of five primary minima. An absorption feature between phase angles 50-80, 100-130, 230-260 and 280-310 was present in the light curves. The analysis of the light curves indicated the eclipses to be grazing with primary to be transit and secondary, an occultation. Elements derived from the solution of the light curve using Russel-Merrill method are given. From comparison of the fractional radii with Roche lobes, it is concluded that none of the components have filled their respective lobes but the primary star seems to be evolving. The spectral type of the primary component was estimated to be F3 and is found to be pulsating with two periods equal to one-fifth and one-sixth of the orbital period.


KEBERLANJUTAN ◽  
2018 ◽  
Vol 3 (2) ◽  
pp. 897
Author(s):  
ROMENAH ROMENAH

AbstractThe National Education System has grown so rapidly over time. A variety of efforts have been made to build every prosperous, dignified Indonesian human being, so that the quality of Indonesian thinking is progressing. The ASEAN Economic Community which has been launched since 2015 has resulted in free competition, both in trade, employment, and there is free competition for educators in ASEAN countries. Besides that, Indonesian education is faced with challenges and developments in the times, where the culture between ASEAN countries has no limits, this is the challenge faced when implementing the Asean Economic Comunity (ASEAN Economic Community) MEA. Indonesia as a country in the ASEAN region must prepare domestic educators to have professionalism and character so that they can compete with the AEC. Educators must be aware of the essence of the existence of their profession, continue to struggle to make changes in order to realize professionalism with noble character. Efforts made in preparing professional educators to face the challenges of the AEC must touch the most fundamental aspects of changing their competencies, namely the mindset. A student must be more advanced and innovative in developing his learning so that he can change the mindset of students to do agent of change. Through this mindset educators will become professional and characterized so that they can compete and compete in the MEA era. Keywords: MEA, Changes in Mindset, Professional Educators


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