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The thrill of discovery: Nuclear physics research in the 21st century

机译:发现的快感:21世纪的核物理研究

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摘要

To many people outside our field, both scientists and the general public, nuclear physics is no longer regarded as being at the forefront of scientific endeavour. Indeed it is often met with outright hostility. Other physicists will point out that the last time a Nobel Prize was awarded in the field was in 1975(1). This paper, based on a lecture delivered during an Open Plenary Session of the recent International Nuclear Physics Conference INPC2004, which was aimed at a non-specialist audience, will seek to dispel this myth. Nuclear physics is currently enjoying a period of rapid advances. Many new discoveries have been made in the past few years, from neutron halos and nuclear molecules to a new form of radioactive decay via two protons; from hints of a new particle consisting of five quarks to new 'superheavy' elements. This talk will give a personal perspective on why, far from looking with envy at our neighbours in areas of physics that currently enjoy a higher media profile, we have more than enough to keep us busy and excited in the 21st century.
机译:对于我们领域之外的许多人,无论是科学家还是普通公众,核物理学不再被视为站在科学工作的最前沿。确实,它经常遭到彻底的敌意。其他物理学家将指出,上一次在该领域获得诺贝尔奖是在1975年(1)。本文基于最近针对非专业人士的国际核物理大会INPC2004公开全体会议上的演讲,力图消除这个神话。核物理目前正处于快速发展时期。在过去的几年中,已经出现了许多新发现,从中子晕和核分子到通过两个质子的新形式的放射性衰变;从暗示由五个夸克组成的新粒子到新的“超重”元素。这次演讲将就为什么为什么不让我们羡慕我们当前在媒体上享有较高知名度的物理学领域的邻居,而让我们在21世纪保持忙碌和兴奋感到足够的原因,他的看法。

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