Ðǿմ«Ã½

    Advertisement
    Forbes00:53
    CGTN18:45
    World Nuclear News21:47
    New Civil Engineer05:10
    GOV.UK (Press Release)01:07
    PR Newswire (Press Release)02:12
    Science Media Centre02:31
    Yesterday
    Yorkshire Post01:39 13-Dec-25
    Business Wire (Press Release)00:49 13-Dec-25
    In the last 7 days
    EurActiv.com17:05 12-Dec-25
    Discover Magazine01:07 12-Dec-25
    Power Technology23:23 11-Dec-25
    NextGov09:18 11-Dec-25
    Penn State News03:29 11-Dec-25
    World Nuclear News21:47 10-Dec-25
    Chemical & Engineering News07:28 10-Dec-25
    New Civil Engineer05:10 10-Dec-25
    CGTN18:45 9-Dec-25
    OilPrice.com18:20 9-Dec-25
    Forbes00:53 9-Dec-25
    Business Wire (Press Release)20:00 8-Dec-25
    Nikkei Asian Review17:27 8-Dec-25
    In the last month
    Nature.com15:34 6-Dec-25
    Power Electronics News09:06 6-Dec-25
    American Nuclear Society05:11 6-Dec-25
    Energy Intelligence04:28 6-Dec-25
    Business Wire (Press Release)11:00 5-Dec-25
    Science Media Centre02:31 5-Dec-25
    World Nuclear News23:45 4-Dec-25
    Forbes19:12 4-Dec-25
    Interplas Insights21:37 3-Dec-25
    Insider Media17:03 3-Dec-25
    PR Newswire (Press Release)09:28 3-Dec-25
    Invezz05:16 3-Dec-25
    Yahoo! UK & Ireland03:31 3-Dec-25
    PR Newswire (Press Release)02:12 3-Dec-25
    GOV.UK (Press Release)01:07 3-Dec-25
    Insider Media17:09 2-Dec-25
    American Nuclear Society07:59 2-Dec-25
    BNN Bloomberg03:46 29-Nov-25
    Modern Power Systems10:59 28-Nov-25
    World Nuclear News02:23 28-Nov-25
    Bursa.ro09:05 27-Nov-25
    Newswise (Press Release)03:53 27-Nov-25
    Heatmap23:57 26-Nov-25
    Sixth Tone21:31 26-Nov-25
    South China Morning Post17:42 26-Nov-25
    American Nuclear Society05:05 26-Nov-25
    University of Sheffield20:30 25-Nov-25
    Yorkshire Post16:53 25-Nov-25
    People's Daily13:21 25-Nov-25
    Nikkei Asian Review03:37 25-Nov-25
    PR Newswire (Press Release)01:02 25-Nov-25
    TechCrunch01:00 25-Nov-25
    Xinhua Agency18:48 24-Nov-25
    CGTN18:46 24-Nov-25
    Novinite18:01 24-Nov-25
    Slashgear05:08 24-Nov-25
    OilPrice.com09:24 23-Nov-25
    U-T San Diego04:18 23-Nov-25
    World Oil02:56 22-Nov-25
    Construction News23:59 21-Nov-25
    Business Wire (Press Release)23:08 21-Nov-25
    DatacenterDynamics22:27 21-Nov-25
    Singularity Hub09:38 21-Nov-25
    KUOW Public Radio08:06 21-Nov-25
    Transport Topics07:51 21-Nov-25
    Bulgarian News Agency03:29 21-Nov-25
    Bulgarian News Agency01:47 21-Nov-25
    Bulgarian News Agency00:46 21-Nov-25
    Bulgarian News Agency00:05 21-Nov-25
    Bulgarian News Agency23:14 20-Nov-25
    Bulgarian News Agency23:04 20-Nov-25
    Bulgarian News Agency22:44 20-Nov-25
    Insider Media18:41 20-Nov-25
    3 Quarks Daily01:54 20-Nov-25
    Yorkshire Post16:50 19-Nov-25
    World Nuclear News01:39 19-Nov-25
    American Nuclear Society02:39 18-Nov-25
    Investing.com UK02:39 18-Nov-25
    CNET00:03 17-Nov-25
    World Nuclear News00:01 15-Nov-25
    Simply Wall St13:27 14-Nov-25
    Business Wire (Press Release)07:48 14-Nov-25
    Clean Air Task Force (Press Release)05:52 14-Nov-25
    Science|Business01:20 14-Nov-25
    The Independent Global Nuclear News Agency23:22 13-Nov-25
    CERN22:49 13-Nov-25
    view more headlines
    13 Dec 01:39

    About our Nuclear Fusion news

    Latest news on fusion power, a type of nuclear power in which atomic nuclei combine to release energy. This type of reaction is the same process that powers the sun and other stars, and is considered a potential source of clean and abundant energy. In a fusion reaction, two light atomic nuclei fuse together to form a heavier nucleus, releasing a large amount of energy in the process. Fusion reactions have the potential to produce much more energy than traditional nuclear fission reactions, and do not produce harmful radioactive waste. However, the technology to harness fusion power on a large scale is still in development. Fusion research is ongoing around the world, with several experimental fusion reactors currently in operation.

    Scientists at the US government's Lawrence Livermore National Laboratory in California recently achieved a net energy gain in a fusion reaction for the first time, according to the Financial Times. This milestone, known as net energy gain or target gain, is significant because it indicates that the process could provide a reliable, abundant alternative to fossil fuels and conventional nuclear energy. However, many scientists believe fusion power stations are still decades away.


    Publication filters

    Headline Density

    Sorry, no headlines or news topics were found. Please try different keywords.