In nuclear matters, though, the contradictions are deemed permissible because the stakes are judged to be so high.
Not exact matches
«I want to tell all those who have fueled the arms race over the last 15 years, sought to win unilateral advantages over Russia, introduced unlawful sanctions aimed to contain our country's development... you have failed to contain Russia,» Putin said, later adding that «any use of
nuclear weapons against Russia or its allies... any kind of attack... will be regarded as a
nuclear attack against Russia and
in response we will take action instantaneously no
matter what the consequences are.
The Wall Street Journal
in August spoke with a South Korean trader who provided perhaps the best insight into why: «If war breaks out with North Korea and they fire a
nuclear weapon, it becomes a
matter of life or death, and at that point, what happens
in the stock market is meaningless.»
Why this
matters: Code governing control systems at industrial sites has already been the target of attacks, and US officials recently warned Russian hackers are probing for security holes
in software controlling critical infrastructure like
nuclear facilities and dams.
Matter can be «destroyed»
in a
nuclear reaction.
And have we not reason to hope that
in the end we shall be able to arrange every kind of
matter, following the results we have obtained
in the
nuclear field?
weak
nuclear force constant if larger: too much hydrogen would convert to helium
in big bang; hence, stars would convert too much
matter into heavy elements making life chemistry impossible if smaller: too little helium would be produced from big bang; hence, stars would convert too little
matter into heavy elements making life chemistry impossible
«From the fact that quantum theory agrees with experiment
in so wide a domain..., it is evident that the indeterministic features of quantum mechanics are
in some way a reflection of the real behaviour of
matter in the atomic and
nuclear domains, but here the question arises as to just how to interpret this indeterminism» (p. 86).
Trident involves a
nuclear priesthood with an archaic language and doctrine stuck
in a past conflict that
matters little to most of the electorate, protected from the ravages of austerity by a political class out of touch.
He says the NRC is considering how the baffle bolt issue could be impacting other
nuclear plants and has been
in discussion with plant owners on the
matter.
If this happens
in a national crisis (say a
nuclear warhead took out a large portion of the chain of command quickly) and has not been resolved previously, this debate might not
matter and the ex-president will likely take over quickly but temporarily.
«Of course, we should involve the House fully
in a decision as important as the renewal of our
nuclear deterrent, and
in practical terms it is inevitable that there will therefore be a chance for the House to express its view on that important
matter in a vote,» he added.
The chance to chew the fat over
nuclear matters is arguably Nick Clegg's biggest achievement
in defence
matters to date.
«No
matter what, this fund is to only be used
in the event the plant is actually shut down, a process closely monitored by the federal
Nuclear Regulatory Commission,» said spokesman Rich Azzopardi.
These particles are one of the most pervasive forms of
matter in the Universe: they are created
in the Sun and
in supernovas, by cosmic rays crashing into the upper atmosphere, and they are even made on Earth, streaming out from
nuclear reactors and radioactive rocks.
Because the cross section
in weak
nuclear interactions is very small, neutrinos can pass through
matter almost unhindered.
The
nuclear phase diagram: RHIC sits
in the energy «sweet spot» for exploring the transition between ordinary
matter made of hadrons and the early universe
matter known as quark - gluon plasma.
In the new research, he and his colleagues simulated how matter was created in the Big Bang and then condensed into stars, but without the effects of the weak nuclear forc
In the new research, he and his colleagues simulated how
matter was created
in the Big Bang and then condensed into stars, but without the effects of the weak nuclear forc
in the Big Bang and then condensed into stars, but without the effects of the weak
nuclear force.
«The US industry is proposing to purchase lots of commercial - grade emergency equipment and distribute it
in many different places, with the hope that there will be something left no
matter what happens,» says Edwin Lyman, a
nuclear industry analyst with the Union of Concerned Scientists
in Cambridge, Massachusetts.
It's a truth universally acknowledged that a strong safety culture — something the U.S.
Nuclear Regulatory Commission defines as combining «the necessary full attention to safety
matters» and the «personal dedication and accountability of all individuals engaged
in any activity which has a bearing on safety» — plays a vital role
in doing science safely.
Any
nuclear war, no
matter how small, would result
in a
nuclear famine.
Unlike other exotic particle candidates, his and Britton's do not contain ordinary
nuclear matter (i.e., quarks found
in protons and neutrons).
Kharzeev had explored similar behavior of subatomic particles
in the magnetic fields created
in collisions at the Lab's Relativistic Heavy Ion Collider (RHIC, https://www.bnl.gov/rhic/), a DOE Office of Science User Facility where
nuclear physicists explore the fundamental building blocks of
matter.
As the universe expands, the average density of
matter decreases; therefore, the density was much higher
in the past,
in particular exceeding
nuclear levels within the first microsecond of the big bang.
The hot, dense plasma produced is also the state of
matter created
in a
nuclear explosion, hence the importance of this field to understanding
nuclear bombs
in the absence of explosive testing.
Einstein's realization that energy and
matter are interchangeable helped usher
in the
nuclear age.
Paul Dirac first theorized antimatter's existence
in 1928, and since then researchers have studied antimatter particles created by
nuclear decays and high - energy collisions of normal
matter.
«If we're really going to have an impact as to a reduction
in the stockpile, we have to address the whole stockpile,» Steve Henry, deputy assistant to the secretary of defense for
nuclear matters, said at a press conference announcing the design winner.
From a broader perspective, this failure means that the US will cede its leadership on
nuclear matters to other nations, limiting its ability to exert influence
in key areas such as safety and non-proliferation as well.»
(The nation's last collider, the Relativistic Heavy Ion Collider at Brookhaven National Laboratory
in Upton, New York, studies an exotic type of
nuclear matter called a quark - gluon plasma.)
The CTBT would prohibit the U.S. and every other signatory from conducting test explosions, no
matter how small, of
nuclear weapons underground,
in space or anywhere else.
We think we understand a lot about plasmas and
nuclear matter, but
in reality, we don't.
At the same time, these
nuclear reactions change the composition of the
matter in the stellar interior.
• While the text
in our «Instant expert» pull - out guide to dark
matter (5 February) said that the Z boson transmits the weak
nuclear force, the caption on p iv said otherwise.
In low energy RHIC collisions, scientists suspect that while the change in phase from QGP to ordinary protons / neutrons occurs, both distinct states (QGP and ordinary nuclear matter) coexist — just like bubbles of steam and liquid water coexist at the same temperature in a pot of boiling wate
In low energy RHIC collisions, scientists suspect that while the change
in phase from QGP to ordinary protons / neutrons occurs, both distinct states (QGP and ordinary nuclear matter) coexist — just like bubbles of steam and liquid water coexist at the same temperature in a pot of boiling wate
in phase from QGP to ordinary protons / neutrons occurs, both distinct states (QGP and ordinary
nuclear matter) coexist — just like bubbles of steam and liquid water coexist at the same temperature
in a pot of boiling wate
in a pot of boiling water.
Thanks to a new development
in nuclear physics theory, scientists exploring expanding fireballs that mimic the early universe have new signs to look for as they map out the transition from primordial plasma to
matter as we know it.
In addition to producing gravity, WIMPs would interact with other
matter and themselves only through the weak
nuclear force.
The theory work, described
in a paper recently published as an Editor's Suggestion
in Physical Review Letters (PRL), identifies key patterns that would be proof of the existence of a so - called «critical point»
in the transition among different phases of
nuclear matter.
The U.S. agreement with Korea that governs
nuclear materials including spent fuel, for example, stipulates that the United States will «consult with the Government of the Republic of Korea
in the
matter of health and safety.»
A recent analysis of the only known natural
nuclear reactor, which was active nearly 2 billion years ago at what is now Oklo
in Gabon, also suggests something about light's interaction with
matter has changed.
The department has about 35 faculty who teach and carry out research
in the fields of: astrophysics, condensed
matter physics, high energy
nuclear physics, high energy particle physics, and atomic, molecular, and optical physics.
Connecting the Laboratoryâ $ ™ s expertise and research of its past to the expertise and research of its future, Aronson focuses on the Laboratoryâ $ ™ s work
in nuclear and particle physics, condensed
matter physics, life sciences, environmental sciences, and the chain of activities from discovery to deployment.
Having so much mass packed within a ball on the order of 20 km (12 miles)
in diameter, a neutron star has a density that can reach that of
nuclear values, which is roughly 100 trillion (1014) times the average density of solar
matter or of water.
Why It
Matters: The behavior and speciation of electrolytes influences everything from their use as battery electrolytes to their behavior
in complex
nuclear waste.
«It will be one of the hardest forms of damage to repair via rejuvenation biotechnology; the only one that springs to mind as likely being even more difficult is the
matter of damaged
nuclear pore proteins
in long - lived cells»
Crossing the huge distance between the Sun and Alpha Centauri using current spacecraft technologies would take several millennia, though the possibility of
nuclear pulse propulsion or laser light sail technology, as considered
in the Breakthrough Starshot program, could reduce the journey time to a
matter of decades.
It will be one of the hardest forms of damage to repair via rejuvenation biotechnology; the only one that springs to mind as likely being even more difficult is the
matter of damaged
nuclear pore proteins
in long - lived cells, single molecules that might be as old as you are, doing the same job for an entire human life span.
Why It
Matters: Oxygen's interactions can extensively corrode materials, whether it is a car
in a field or a fuel canister
in a
nuclear reactor.
In 2011, Dragan Hajdukovic at the European Organization for
Nuclear Research (CERN) proposed that empty space is filled with particles of
matter and antimatter that are not only electrical opposites, but also gravitational opposites.
Warm dense
matter exists
in the cores of gas giant planets and the preliminary stages of
nuclear fusion, among other inaccessible places.