日期:2022/08/29 IAE
Nobel Peace Prize Professor Dan Kammen Businesses are driving the advantages of nuclear fusion much faster than any government blueprint!
諾貝爾和平獎 Dan Kammen教授 企業推動核融合的優勢的速度比任何政府策畫的藍圖都還要快許多！
日期:2022/08/29 IAE
獲得 2007 年諾貝爾和平獎 美國最著名柏克萊加州大學傑出能源教授Daniel Kammen
全球面臨能源危機，溫室氣體造成全球暖化、海平面上升及惡劣天候等危機。專家表示，即便世界上有這麼多替代能源，但沒有一個潔淨能源能完全替代石化燃料；若核融合真能實現，將推翻儲能界的想像，尤其不少私營企業正在建置核融合裝置，相互推動的速度甚至超越政府藍圖，未來更會產生革命性的影響。
Received the 2007 Nobel Peace Prize Daniel Kammen, the most famous professor of energy at the University of California, Berkeley
The world is facing an energy crisis, and greenhouse gases have caused crises such as global warming, sea level rise and severe weather. Experts said that even though there are so many alternative energy sources in the world, none of the clean energy sources can completely replace fossil fuels; if nuclear fusion can really be realized, it will overturn the imagination of the energy storage industry, especially many private companies are building nuclear fusion devices. The speed of the push even exceeds the government blueprint, and it will have a revolutionary impact in the future.
Daniel Kammen, the most famous professor of energy at the University of California, Berkeley, analyzed that nuclear fusion is a dispatchable energy source that overturns the energy storage industry, and the world is paying attention to the latest research results of nuclear fusion technology. (Provided by the interviewees of the famous American News of the World)
美國最著名柏克萊加州大學傑出能源教授Daniel Kammen分析，核融合是推翻儲能界的可調度能源，全球都在關注核融合技術的最新研究成果。（美國著名世界新聞報 受訪者提供）
丹尼爾·默森·坎門（Daniel Merson Kammen）是美國科學家，可再生能源專家和前政府人士。他目前在加州大學柏克萊分校能源與資源小組擔任傑出能源教授，並在該大學的能源與資源小組和高盛公共政策學院獲得雙重任命。
核融合的優勢
柏克萊加大傑出能源教授Daniel Kammen接受本報專訪時表示，2050年前全球要實現淨零碳排經濟，這意味著原有的太陽能、風能和地熱能源效率必須要更加提高，但仍有許多地方對潔淨能源不利，仍需要各種技術組合，才能達到更高的效率，而核融合就成了關鍵，因為核融合是可再生能源中，唯一能持續不斷地提供電力的「基本負載」電源。
Advantages of nuclear fusion
Daniel Kammen, distinguished professor of energy at Berkeley University, said in an exclusive interview with this newspaper that the world will achieve a net-zero carbon emissions economy by 2050, which means that the original solar, wind and geothermal energy efficiency must be improved, but still There are many places that are not good for clean energy, and various combinations of technologies are still needed to achieve higher efficiency, and nuclear fusion is the key, because nuclear fusion is the only renewable energy source that can continuously provide electricity. The "base load" power supply.
Dan Kammen分析，核融合是推翻儲能界的可調度能源，它不需要儲存，隨時進行運轉，也不需像太陽能、風能需等待理想時間段，尤其如果體積規模沒限制的話，能將核融合導入多種形式應用，像是大城市與偏遠地區或與再生能源政策交錯使用，創造更有效率的合作關係。
According to Dan Kammen’s analysis, nuclear fusion is a dispatchable energy that overturns the energy storage industry. It does not require storage and can be operated at any time. It does not need to wait for an ideal time period like solar and wind energy, especially if there is no limit to the size of the nuclear energy. Integrate and introduce various forms of applications, such as large cities and remote areas or interleaved use of renewable energy policies, to create more efficient cooperative relations.
全球都在關注核融合的成果。Dan Kammen表示，「核融合在50年內就能實現」這句話已說了半世紀，美國加州NIF和ITER國際熱核融合實驗反應爐也努力運作，讓核融合成功，但除此之外，中國、南韓以及許多私人企業也開始掌握核融合技術，並建置中，這更讓人期待，因為私人企業推動的速度比任何政府策畫的藍圖都還要快許多。
The world is watching the outcome of nuclear fusion. Dan Kammen said that the phrase "nuclear fusion can be achieved in 50 years" has been said for half a century, and the NIF and ITER international thermonuclear fusion experimental reactors in California, USA are also working hard to make nuclear fusion successful, but other than that , China, South Korea, and many private companies have also begun to master and build nuclear fusion technology, which is even more exciting, because private companies are pushing much faster than any government blueprint.
美國最著名柏克萊加州大學傑出能源教授Daniel Kammen
Daniel Merson Kammen 是美國科學家、可再生能源專家和前政府官員。 他目前擔任加州大學伯克利分校能源與資源小組的特聘能源教授，並在該大學的能源與資源小組（自然資源學院的一部分）和高盛公共政策學院擔任雙重職務 .
卡門被認為是政府間氣候變化專門委員會的協調主要作者，該委員會因評估人為全球變暖的報告《2007 年氣候變化》而獲得 2007 年諾貝爾和平獎。 1998 年，Kammen 當選為非洲科學院常任院士，並於 2007 年獲得加州聯邦俱樂部頒發的傑出公民獎。
卡門來自紐約伊薩卡，是普利策獎獲得者歷史學家和康奈爾大學教授邁克爾卡門的兒子。 [2]他在康奈爾大學獲得物理學學士學位，在哈佛大學獲得物理學碩士學位和博士學位。 [3]作為加州理工學院的博士後研究員，Kammen 開始轉向能源研究，重點關注能源在發展中經濟體中的作用。
政府職業
2007 年 9 月 15 日，Kammen 被任命為世界銀行可再生能源和能源效率首席技術專家。
2016年，他被美國國務院選為美國科學特使。 [6]他於 2017 年辭去該職位，理由是他認為特朗普總統未能譴責白人至上主義者和新納粹分子。 在喬·拜登（Joe Biden）政府中，卡門（Kammen）被提及為潛在的能源部長.
Daniel Kammen
Professor UC Berkeley
Dan Kammen is a Professor of Energy at the University of California, Berkeley, with parallel appointments in the Energy and Resources Group where he serves as Chair, the Goldman School of Public Policy where he directs the Center for Environmental Policy, and the department of Nuclear Engineering.
Kammen is the founding director of the Renewable and Appropriate Energy Laboratory and the co-director of the Berkeley Institute of the Environment. He is a former Science Envoy for the U.S Department of State and was chief technical specialist for renewable energy and energy efficiency at the World Bank Group where his work included funding electrified personal and municipal vehicles in China, and a “green corridor “ transmission project linking renewable energy assets in Kenya and Ethiopia.
He is an author or co-author of 12 books and more than 300 peer-reviewed journal publications. He is also a lead author for the Intergovernmental Panel on Climate Change, which won the 2007 Nobel Peace Prize. Kammen is a permanent fellow of the African Academy of Sciences, a fellow of the American Academy for the Advancement of Science, and the American Physical Society. In the US, he has served on several National Academy of Sciences boards and panels.
丹尼爾·卡門
加州大學伯克利分校教授
丹·卡門 (Dan Kammen) 是加州大學伯克利分校的能源教授，同時兼任能源與資源小組主席、高盛公共政策學院 (Goldman School of Public Policy) 和核能係主任。工程。
Kammen 是可再生能源和適當能源實驗室的創始主任，也是伯克利環境研究所的聯合主任。他是美國國務院的前科學特使，也是世界銀行集團可再生能源和能源效率的首席技術專家，他的工作包括資助中國的電動個人和市政車輛，以及連接“綠色走廊”輸電項目。肯尼亞和埃塞俄比亞的可再生能源資產。
他是 12 本書和 300 多篇同行評審期刊出版物的作者或合著者。他還是政府間氣候變化專門委員會的主要作者，該委員會獲得了 2007 年諾貝爾和平獎。卡門是非洲科學院的永久研究員、美國科學促進會和美國物理學會的研究員。在美國，他曾在多個國家科學院委員會和小組任職。
全球暨亞洲唯一依據 聯合國世界大學總長會議（W.U.U.）嚴格審議甄選模式 頒授
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