1月29日(日)のつぶやき 01:49 from hootsuite enjoyed business talk for 2 hours. g2g2 bed. 02:36 from hootsuite 男と長時間話す時の話題はビジネスかsex，女性との場合はファッションと悩み事になりがちだな． 02:52 from hootsuite make hay while the sun shines! 今しかできない素敵なことをしよう． 02:57 from hootsuite [ 1 rt ] 今日は鈴鹿高専時代の恩師と一杯飲みの予定！よく考えたらうちの先生とは初めてかも．さて寝よう． 03:05 from twitterfeed 1月28日(土)のつぶやき bit.ly/az79fh 19:18 from hootsuite viva サービス出勤！rt @take_mc_jzx110: どうしよう、明日休みだなんてとても言えない← 22:29 from hootsuite ふー，車燃やしてしまうところだった． 23:11 from hootsuite 最近の数学オリンピックの模範解答以外の簡単な解き方、ピタゴラスの三角形の無限性、素数、乱数、カーボンナノチューブから出す電子の軌道計算、jの謎、核分。計算に核融合など、面白い話題が尽きない一日だった
7月23日(土)のつぶやきその3 21:41 from echofon （re: @kobayashisensei ）
@kobayashisensei 総合ですね
U.K. And U.S. Join Forces on Laser-Fusion Energy The U.K. company AWE and the Rutherford Appleton Laboratory have joined-forces with the National Ignition Facility in the U.S. to help provide energy using Inertial Confinement Fusion, in which a pellet of fuel is heated using powerful lasers. Since the late 1950s, U.K. scientists have been attempting to achieve the fusion of hydrogen nuclei (tritum and deuterium) using magnetic confinement (MCF). The Joint European Torus (JET) is located in Britain, which is the largest such facility in the world and may be regarded as a prototype for the International Thermonuclear Experimental Reactor (ITER) based in France. 英国の会社のAWEとラザフォードアップルトン研究所では、燃料のペレットは、強力なレーザーを使用して加熱される慣性核融合を使用して、エネルギーを提供するために、米国の国立点火施設で、力を合わせた
Iran says it gains access to nuclear fusion technology: atomic organization Atomic Energy Organization of Iran (AEOI) announced Thursday the Islamic Republic has manufactured a machine to produce nuclear fusion laser.
In an announcement posted on its website, AEOI said that researchers have conducted researches in nuclear fusion using inertial electrostatic confinement method, said the announcement.
The research center for science and technology at AEOI designed and manufactured this machine which places Iran the sixth after the United States, Japan, South Korea, ... イランの原子力機関が（AEOI）木曜日イスラム共和国は、核融合レーザーを製造する機械等を製造したことを発表しました
Nuclear fusion – what is it worth? | Steven Cowley Experiments in fusion power have at last started to prove its viability. It would be foolish not to continue funding researchFusion is arguably the perfect way to power the world. For one thing, there is enough fusion fuel to supply all of the world's energy needs for millions of years. Furthermore, it produces no environmentally damaging wastes, no carbon dioxide emissions and there could be no accidents that require evacuating the population surrounding a fusion power plant. Fusion plants would also not need significant land area, and fusion fuels (lithium and deuterium) are available in seawater. Unfortunately, it is hard to make fusion work. Indeed, after more than 60 years of fusion research, no device has yet made more energy than it consumes.Iter, the next fusion machine and the first to be built as an international collaboration, is designed to demonstrate the scientific feasibility of net energy production. It is expected that Iter will produce about 500MW of fusion power – 10 times the input power. Just as importantly, it will show how to integrate the many cutting-edge technologies required for efficient and reliable future power station designs. Put simply, it is the big step needed to prove the viability of fusion as a commercial energy source.Unfortunately, Iter's construction expenses have risen from about €5bn to over €13bn and the cost overruns have prompted some to question why chasing nuclear fusion is a priority. How sure are we that Iter will work? Could this money be spent more wisely in other areas of energy research, such as renewables or new fission? My answer is that fusion is more than desirable. It may be crucially necessary.Burning coal, oil, or natural gas generates 80% of the world's primary energy. This simply can't continue much longer. 核融合発電の実験では最後に、その可能性を証明するようになったのです
Palestine papers: the settlements up for discussion listed and mapped The Palestine Papers identify land and settlements for potential swaps. See where they are• Get the dataThe Palestine Papers have set the news agenda for today with details emerging of how Palestinian negotiators agreed to Israel annexing all but one of the settlements built illegally in occupied East Jerusalem.Al Jazeera and the Guardian have shared access to thousands of documents in the biggest ever leak over the Middle East peace talks. You can see an interactive guide to them here.As reported today, the Israeli negotiator Tzipi Livni is recorded as dismissing the offer out of hand because the Palestinians had refused to concede Har Homa, as well as the settlements at Ma'ale Adumim, near Jerusalem, and Ariel, deeper in the West Bank. Israel's position was fully supported by the Bush administration.We've extracted the key data for you from this document - which outlines the places Palestinian negotiators were willing to negotiate over. Our map (shown above) is based on a background image from B'Tselem, which produces incredibly detailed maps of the area - the same map seems to have been used in the leaked document.A Google Fusion tables map of the areas shows how they are in the most hotly-contested part of the region - although Fusion tables does not appear to have any roads or town names for Israel. There's a much more useful version produced by Al Jazeera here.The key data appears to be that:• Israel and Palestine would swap 119 square KM• 56,000 settlers (12%) would be evacuated, leaving 413,000 (88%) in situThe full data is below. What can you do with it?Data summary Download the data• DATA: download the full spreadsheetMore dataData journalism and data visualisations from the GuardianWorld government data• Search the world's government data with our gatewayDeve パレスチナ論文は、潜在的なスワップのために土地や集落を識別します
