How To Use Antiproton In A Sentence
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Two of the experiments being developed in the antiproton decelerator's hall will aim to find out more about antihydrogen atoms.
Times, Sunday Times
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One can imagine atoms that are made of antiparticles: antiprotons, antineutrons, and positrons.
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Positrons, antiprotons and other antiparticles can be routinely created at particle accelerator labs and can even be trapped and stored for days or weeks at a time.
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The simplest antiatom, antihydrogen, is made of an antiproton and a positron, the electron's antimatter counterpart.
New Scientist - Online News
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But the device can also accelerate antiprotons, the antimatter equivalents of protons with the same mass but negative electric charge.
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Antihydrogen is identical, except that it has a negatively charged proton, called an antiproton, and a positively charged electron, called a positron.
The Globe and Mail - Home RSS feed
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The antiproton was produced when protons from a cyclotron were used to bombard a copper target.
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But the device can also accelerate antiprotons, the antimatter equivalents of protons with the same mass but negative electric charge.
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But the device can also accelerate antiprotons, the antimatter equivalents of protons with the same mass but negative electric charge.
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More recently, scientists have studied the collision of proton and antiproton particles.
Accelerator Finds New Gear
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Among his research papers one finds included, the discovery of neutral pions in cosmic rays (together with J. Hooper and D.T. King at Bristol University, England) and the first systematic study of antiproton annihilations (together with research groups at the University of California, Berkeley, USA).
CV of Gösta Ekspong
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To commenter "antiproton": I am well researched on telomeres, telomerase and their role in both cancer and stem cells.
HH Com 608 (607 is reading Against the Day--still)
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Antimatter is matter composed of antiparticles, such as positrons, antineutrons and antiprotons.
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One can imagine atoms that are made of antiparticles: antiprotons, antineutrons, and positrons.
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The antiprotons - which are negatively charged, like electrons - took up orbits around nuclei.
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There are no antiprotons or antineutrons, made up from antiquarks, except for a few that physicists produce in large particle accelerators.
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Likewise, regular protons have a positive charge, but antiprotons are negative.
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Researchers are optimistic about the use of antiproton in tumor irradiation in the future.
Santhosh Mathew, PhD: Seeking the Lost Seeds of Big Bang
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Antimatter also exists and so there is an antiproton, an antineutron and an antielectron often called the positron.
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The discoverers were sure, he says, that antiprotons did indeed exist, although he doubted that they could be observed.
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Provided this problem could be solved, W and Z could be created in frontal collisions between antiprotons and protons in the new superaccelerator, SPS, at CERN.
Press Release: The 1984 Nobel Prize in Physics
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The first antielectron was produced in 1932, and particle accelerators helped scientists create the first antiproton in 1955.
Angels, demons and tedium « Anglican Samizdat
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Among his research papers one finds included, the discovery of neutral pions in cosmic rays (together with J. Hooper and D.T. King at Bristol University, England) and the first systematic study of antiproton annihilations (together with research groups at the University of California, Berkeley, USA).
CV of Gösta Ekspong
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There are no antiprotons or antineutrons, made up from antiquarks, except for a few that physicists produce in large particle accelerators.
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Similarly the positively charged proton has a negatively charged antiparticle, the antiproton.
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Soon, we produced antiprotons in accelerators and finally, in 1995, we combined a positron with an antiproton to produce an antimatter atom.
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Antimatter is matter composed of antiparticles, such as positrons, antineutrons and antiprotons.
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The antiproton was produced when protons from a cyclotron were used to bombard a copper target.
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So one might get the impression that the antiproton result is a blow against the idea that we are seeing dark-matter annihilations.
Looking for Dark Matter in All the Wrong Places
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Another team, ASACUSA, is studying exotic helium atoms in which one electron is replaced by an antiproton.
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There are no antiprotons or antineutrons, made up from antiquarks, except for a few that physicists produce in large particle accelerators.
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But the device can also accelerate antiprotons, the antimatter equivalents of protons with the same mass but negative electric charge.
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But the device can also accelerate antiprotons, the antimatter equivalents of protons with the same mass but negative electric charge.
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(In normal hydrogen atom an electron is bound to a proton, but in antihydrogen atom an antielectron (positron) is bound to an antiproton.)
Santhosh Mathew, PhD: Seeking the Lost Seeds of Big Bang
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The antiprotons could be stored for many hours, circulating inside a tube under exceptionally high vacuum (10-12 torr) to prevent them from being destroyed too quickly in encounters with normal matter, i.e. in this case with residual air molecules.
Accelerators and Nobel Laureates
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(In normal hydrogen atom an electron is bound to a proton, but in antihydrogen atom an antielectron (positron) is bound to an antiproton.)
Santhosh Mathew, PhD: Seeking the Lost Seeds of Big Bang
