建中專題研究社CKMSC

18/04/2018

~賀~
本社社員通過107青少年科學人才培育 初審
送出一件
通過一件

03/06/2017

各位專研的夥伴們~好久不見了(抱歉~小編都在偷懶
好快阿~又到了一年一度最感傷的一刻了
今天是我們建中的畢業典禮
同時我們第三屆社長 蘇柏穎今天也順利畢業了
並且獲得建中最高的榮耀一等獎章
好啦~小編平常真的X話真的很多，今天來點感人的認真一下~

Dear 第三屆社長蘇柏穎:

首先，很謝謝你，為社團擔下重任，成為第三屆社長，並且突破專研的傳統再造顛峰。在這裡，小編代表全體社員至上最高的謝意。如果你看到這張照片，我相信你一定五味雜陳，我們記得2016的1月25日你為了準備2016台灣國際科展，在寒冷4度的社辦不眠不休3天2夜都在coding寫報告書做實驗，雖然熬夜不代表著什麼，但在這樣的經歷下代表著你對於專題研究的熱情不會因寒冷而被消滅，也許外人不會理解，但知道的人都知道，做專題研究是辛苦的~在專題研究與科展競賽的過程有各種喜悅與各種辛酸，歷練了這些，你反而繼續不斷努力下去，就只是為了做出內心理想的成品，在世人面前呈現~希望你能在未來研究的道路上，繼續努力，有朝一日你也會因此而成為頂尖的學者的~

一個成功的學者，沒有人知道它背後多少的日夜與時間都花在研究上，只會知道他給世人呈現一切的那刻。

專題研究不只是一種興趣，更是一種人生的態度~

Sincerely,
專題研究社

22/02/2017

[公告] 招募社員

新學期開始了
各位想做專題研究的人可以來社辦討論喔~
基本上平日近來社辦可以先找李老師討論
專研社辦位置如圖所示在科學館一樓右手邊地球科學科實驗室
對專題研究有興趣的人歡迎踴躍參加~
資格: 建中本校學生
經驗: 有無經驗皆可
薪水: 那就看你能在比賽裡拿多少獎金啦XD

* 目前有社員拿到40萬台幣，下個可能可以拿更高的可能是你(!?
加入專研鑽研專研

10/02/2017

恭喜本社第三屆社長蘇柏穎
於2017台灣國際科學展覽會
獲得電腦科學與資訊工程科 大會四等獎

辛苦了~

11/12/2016

專題研究社再傳捷報~

恭喜本社前社長蘇柏穎獲得第15屆旺宏科學獎 [金牌]
謝謝各位對本社的資助與幫忙
希望各位往後繼續支持本社

旺宏科學獎有台灣中學生諾貝爾獎之稱的重量級比賽
在這次的比賽，柏穎獲得了金牌同時也獲得40萬台幣的高額獎金
真的恭喜他~

這次的獎項再次肯定他的研究，我們更深信這更肯定了他的努力~
這絕對不是一天兩天一蹴可及的，這個的背後有多少的夜，多少人生的歲月都在裡面，才有今天的成果。

今天的成果不會是終點，柏穎表示: 會在更優化各方面功能，並且在增加更多功能，增加未來大眾化的使用方便度。

再次恭喜柏穎~ Congratulations~

新聞來源:

自由時報
http://news.ltn.com.tw/news/life/paper/1060975

自由時報
http://news.ltn.com.tw/news/life/breakingnews/1914177

中國時報
http://www.chinatimes.com/realtimenews/20161211002757-260412

HiNet新聞
http://times.hinet.net/news/19777232

聯合報
http://udn.com/news/story/9/2162678

09/12/2016

恭喜本社社員通過2017年台灣國際科學展覽會初審
2月複審見囉~
請各位多多為我們加油~

05/10/2016

BREAKING NEWS
The 2016 in Chemistry is awarded to

Jean-Pierre Sauvage, Sir J. Fraser Stoddart and Bernard L. Feringa

“for the design and synthesis of molecular machines”

They developed the world’s smallest machines
The 2016 Chemistry Laureates are awarded for their development of molecular machines that are a thousand times thinner than a hair strand. They succeeded in linking molecules together to design everything from a tiny lift to motors and miniscule muscles.

The groundbreaking steps taken by Jean-Pierre Sauvage, Fraser Stoddart and Ben Feringa in developing molecular machinery have resulted in a toolbox of chemical structures that are used by researchers around the world to build increasingly advanced creations. One of the most striking examples is a molecular robot that can grasp and connect amino acids, built in 2013.

Other researchers have connected molecular motors to long polymers, so they form an intricate web. When the molecular motors are exposed to light, they wind the polymers up into a messy bundle. In this way, light energy is stored in the molecules and, if researchers find a technique for retrieving this energy, a new kind of battery could be developed. The material also shrinks when the motors tangle the polymers, which could be used to develop sensors that react to light.

PRESS RELEASE: goo.gl/ke6BUE

POPULAR INFORMATION: goo.gl/8Etial

SCIENTIFIC BACKGROUND: goo.gl/PVXZe1

04/10/2016

BREAKING NEWS
The 2016 Nobel Prize in Physics is awarded to
David Thouless, Duncan Haldane and Michael Kosterlitz

”for theoretical discoveries of topological phase transitions and topological phases of matter”

They revealed the secrets of exotic matter
The 2016 Physics Laureates opened the door on an unknown world where matter can assume strange states. They have used advanced mathematical methods to study unusual phases, or states, of matter, such as superconductors, superfluids or thin magnetic films. Thanks to their pioneering work, the hunt is now on for new and exotic phases of matter. Many people are hopeful of future applications in both materials science and electronics.

Kosterlitz and Thouless have studied phenomena that arise in a flat world – on surfaces or inside extremely thin layers that can be considered two-dimensional, compared to the three dimensions (length, width and height) with which reality is usually described. Haldane has also studied matter that forms threads so thin they can be considered one-dimensional.

Their discoveries have brought about breakthroughs in the theoretical understanding of matter’s mysteries and created new perspectives on the development of innovative materials.

PRESS RELEASE: goo.gl/qKS3Kf

POPULAR INFORMATION: goo.gl/Bt92dL

SCIENTIFIC BACKGROUND: goo.gl/ONDZGU

30/09/2016

「零」如何被人類創造出來~

Mathematician Dr. Hannah Fry tells the story of zero, a genius idea that transformed human progress.

28/09/2016

所以各位不用學英文的日子已經指日可待了!?(才怪

不會有奇怪的翻譯出現了...

27/09/2016

For Peer Review Week, researchers from across the spectrum offer advice and insights about how to review research manuscripts

08/09/2016

The Nobel Laureate in Physics 2006 George F. Smoot talks about the design of the universe and shows stunning new images from deep-space surveys.

At Serious Play 2008, astrophysicist George Smoot shows stunning new images from deep-space surveys, and prods us to ponder how the cosmos -- with its giant webs of dark matter and mysterious gaping voids -- got built this way.