지구에 겨울이 온다 2030-2040
Winter
is Coming: Scientist Says Sun Will Nod Off in 15 Years
nod off
; 깜박 졸다.
태양이 식는게 아니고 주위의 자기장 변화, 또는
태양주위의 유체의 변화로인한 현상이라고
합니다.
지금은
2015, 7월 이렇게 더운데 겨울?이 온다니???
1645-1715년에도
Maunder Minimum [태양의 불규칙 활동기 (태양의
흑점이 거의 소멸한 시기)] 로인해
지구에 빙하기 glacial epoch[period, era]
가 있었담니다.
짧은 동안이라 mini ice age 라고도 합니다.
# 단어공부
down
jacket ; 다운[오리털] 재킷 (솜털을 속에 넣어 누빈 재킷)
오리털 잠바[down jacket]를 쌓아두어야 할 지 모르겠네요.
앞으로
15년 이상 더 사실 분들은 겨울 내복 준비를,,,
Maunder
Minimum ;
(1645-1715년의) 태양의 불규칙 활동기 (태양의 흑점이 거의 소멸한 시기)
---------
# 야후
기사 내용 / 시간 없어 번역 못했슴
출처
http://rt.com/news/273169-solar-cycle-ice-age/
--------------
야후
http://www.huffingtonpost.com/van-winkles/winter-is-coming-scientis_b_7787664.html?ncid=txtlnkusaolp00000592
Might
want to start stockpiling[비축량] those down jackets: The
sun could nod off by 2030, triggering what scientists are describing as a “mini ice age.”
Professor
Vlentina Zharkova of Northumbira University presented the frigid findings at the
National Astronomy Meeting in Llandudno, Wales. Modern technology has
made us able to predict solar cycles with much greater accuracy, and Zharkova’s model predicts that solar activity
will drop by more than half between 2030 and 2040.
Solar
activity was thought to be caused by a turbine-system of moving fluid within
the sun. In search of a more accurate system of prediction, Professor Zharkova
and her team discovered fluctuating magnetic waves in two layers of the sun. By
studying the data of the dual waves, she says, predictions are far more precise.
“Combining both waves together and comparing to real data for the
current solar cycle, we found that our predictions showed an accuracy of 97
percent,” said Zharkova, whose findings were published by the Royal
Astronomic Society.
Using
this method, she and her team discovered that there will be far less solar
activity in sun cycles 25 and 26, leading to a prolonged period of solar
dormancy
“In cycle 26, the two waves exactly mirror each other -- peaking at
the same time but in opposite hemispheres of the Sun. Their interaction will be
disruptive, or they will nearly cancel each other. We predict that this will
lead to the properties of a ‘Maunder
minimum’,” said Zharkova.
The
Maunder Minimum is the title given to periods of time when sunspots are rare. It last occurred
between 1645 and 1715, when roughly 50 sunspots were recorded, as opposed to
the standard 40,000. That time was marked by brutal, river-freezing
temperatures in Europe and North America.
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