One source of raw material to
make nuclear fusion is helium - 3.
All we have to do is
make nuclear fusion work — and that, as they say, is left as an exercise for the students.
Not exact matches
Whatever Martin and Stan had found and
made public was not a cold version of «hot
fusion», the kind familiar to
nuclear physicists.
Lockheed Martin Corp said on Wednesday it had
made a technological breakthrough in developing a power source based on
nuclear fusion, and the first reactors, small enough to fit on the back of a truck, could be ready in a decade.
A brown dwarf is essentially a failed star, having formed the way stars do through the gravitational collapse of a cloud of gas and dust, but without gaining enough mass to spark the
nuclear fusion reactions that
make stars shine.
The Homestake experiment detects the high - energy neutrinos that are produced by two minor branches of the «proton - proton chain», the process of
nuclear fusion in which sets of four protons combine to
make nuclei of helium - 4.
Long before descending into scientific infamy, Hoyle
made what should have been a lasting contribution with a 1954 Astrophysical Journal paper laying out a process by which stars heavier than 10 suns would burn hydrogen and helium at their cores into heavier elements through a progressively hotter series of
nuclear fusion reactions.
Researchers from the US and China have
made progress in their joint collaboration on the use of lithium to control plasma within experimental
nuclear fusion reactors.
JI: So the
nuclear fusion in stars can only
make the elements up to iron.
If we could develop smaller more localised
nuclear plants or, better yet, fund the Bussard
fusion development, dropping line losses would easily
make up for incandescents (and would also allow for electric cars.)
Nuclear fusion makes use of the same energy source that fuels stars, including our sun.
Today, most alternative energy technologies that are discussed — wind, solar, tides, waves, clean coal,
nuclear fission and, perhaps one day,
fusion — are useful only for
making electricity.
I'm a
nuclear engineer, so the whole building - up - atoms - by -
fusion makes sense to me.
6) More research funding into improved
nuclear energy
makes lots of sense (fast breeder, thorium,
nuclear fusion, etc.) 7) Preparation for natural weather disasters and adaptation to whatever climate Nature (or anyone else) throws at us both
make imminent sense, as our hostess has stressed.
Thus it
makes pragmatic sense to me to focus our attention on a medium term adaption policy, whilst investing heavily in cleaner cheap sources of baseload energy, such as thorium fission and gen4 fission reactors and, in the slightly longer term,
nuclear fusion reactors.
Either breeders or
fusion is needed to
make nuclear a really long term alternative.
*
Make solar energy economical * Provide energy from
fusion * Develop carbon sequestration methods * Manage the nitrogen cycle * Provide access to clean water * Restore and improve urban infrastructure * Advance health informatics * Engineer better medicines * Reverse - engineer the brain * Prevent
nuclear terror * Secure cyberspace * Enhance virtual reality * Advance personalized learning * Engineer the tools of scientific discovery
Also on his wish list: global superconducting power grids for distributing renewable energy, and
fusion - powered breeder
nuclear reactors (see «Geoengineering Could Be Essential to Reducing the Risk of Climate Change,» «Startup to Beam Power from Space,» and «ABB Advance
Makes Renewable - Energy Supergrids Practical»).