2013年端午鬧雙胞

台灣三大節慶之一的端午節，在(2013)年的官方頒布行事曆與民間命理師慣用的萬年曆竟然相差一天鬧出雙胞，依據官方頒布的行事曆，端午節將落在6月12日，但如果是依萬年曆將延後一天到6月13日，氣象局解釋，官方版的農民曆都是根據美國海軍天文台USNO精算的資料為準，應該是舊版的萬年曆有問題。

Outlook 新舊版上也曾出現差異。

中央氣象局天文站技士鄭振豐表示，依天文氣象，明年國曆六月八日二十三時五十六分，剛好是太陽與月亮黃經度（經緯度）相同的一天，依天文據此訂當日為初一。但因為與隔日僅相差四分鐘，因此古人在曆法上會估算錯誤。氣象局是依美國海軍天文台資料精準計算，確定農曆日期必須延後一天無誤。

根據清華大學歷史所教授、中研院院士黃一農分析，台灣的黃曆、通書約三分之二都說是傳承自200年前福建洪潮和的「繼成堂」通書；香港流行的源頭則是廣東「崇道堂」羅傳烈通書，各家黃曆都參考清代的「協紀辨方書」而來。

美天文台精算氣象局推翻萬年曆

風水命理的影響:

Btw, 這些“宜忌”“吉凶”是跟據時空(moment in time and space)，還是跟據曆日，曆時呢calendar date and hour？

實際上, 台氣象局有農資料可下載

HKO

林金泉教授

5d8z 網聲稱沒有這問題

部份萬年曆停止發行，網上的或mobile app萬年曆可以取代大部份需要。

留言

這個網誌中的熱門文章

CMOS sensor trends and astrophotography, from amateur astronomers perspective

Nowadays, even in low light conditions, digital camera can quality pictures with higher ISO, noise and hot pixels have been gradually reduced. Sony has introduced back illumination process for consumer market. Sony BSI sensors evolved from Exmor to now Exmor RS( stacked) technology. This stacked technology allows further chip size reduction, which has strong demands in smartphone camera market. Digital astrophotography is also benefited from such advances, utilising Back Side Illumination technology Exmor: Within the CMOS sensor, it outputs low-noise digital signals by "on-chip column AD conversion" and "dual noise reduction" to suppress noise in the first half of the process In low light conditions, when a wide aperture is desirable to collect as much light as possible. At apertures wider than f/2.0, back-illuminated Exmor R sensors are significantly more efficient at collecting light than conventional, front-illuminated sensor...

閱讀完整內容

ultrafast rendezvous to ISS

14 Oct 2020, being the first to use a new “ultrafast” rendezvous” scheme with the ISS. Following a flawless ascent to the correct orbit, Soyuz 2 .1a , Soyuz MS-17 caught up with the orbiting laboratory in only two orbits (three hours), halving the time it takes for crew to get to the Station. The three space travelers of the Soyuz MS-17 mission launched on a six-month mission the International Space Station. previous 3/4 orbit rendezvous: Soyuz MS-16 4 orbit rendezvous A three-orbit profile was deemed possible without major flight design changes after inauguration of the Soyuz 2-1A rocket that provides a much higher orbit injection accuracy than its predecessors and would allow the two correction maneuvers on Orbit #2 to be eliminated while the Automated Rendezvous Phase would still remain untouched. The deletion of the Orbit #2 maneuvers was expected to slightly tighten the already restrictive phase angle window from and upper limit of 30-35° to 25-28°...

閱讀完整內容

Scythians 斯泰基塞種西古提人

900 BC - 200 AD British museum Tomb of scythe prince, Buktarma valley, 1200 masl, Google map Herodotus 絲路上的帝國 Biblegeography 哥羅西書 3：11 在此並不分希利尼人、猶太人、受割禮的、未受割禮的、化外人、西古提人、為奴的、自主的．惟有基督是包括一切、又住在各人之內。塞種塞迦 saka 史記漢書西域傳：塞種 ctext 昔匈奴破大月氏，大月氏西君大夏，而塞王南君罽賓。塞種分散，往往為數國。自疏勒以西北，休循、捐毒之屬，皆故塞種也。匈奴列傳 Ctext ：塞王《史記》在《大宛列傳》與《匈奴列傳》中，詳細記錄了中亞至天山一帶的塞種（塞王、塞地）狀況。例如，文中記載了月氏西破走塞王，導致塞人南遷越過懸度（今帕米爾高原及克什米爾一帶） Baike Genetic history Genetics Nih griffin ? Scytho-Siberian world 塞迦 saka wiki Disappeared? Sarmatians （薩爾馬泰，奄蔡史記 , Aorsi ）and goths YouTube

閱讀完整內容

Hello!! It's Joseph

搜尋此網誌