目前，他参与了用射电望远镜进行高能粒子物理和高能中微子天文学研究的工作。
Currently, he is involved in high-energy particle physics and high-energy neutrino astronomy using radio telescopes.
通过记录逃离超新星的中微子脉冲，LBNF与其它的中微子探测器可以让天文学家们明白，在这样一种极端的环境中究竟发生了什么。
By registering the neutrino pulse escaping a supernova, the LBNF, alongside other, existing neutrino detectors, could let astronomers probe what takes place in such extreme environments.
通过记录下从超新星逃逸的中微子脉冲，长基中微子设施与其他的现有的探测器一道，能让天文学家们探查在如此极端的环境中发生了什么。
By registering the neutrino pulse escaping a supernova, the LBNF, alongside other, existing neutrino detectors, could let astronomers probe what takes place in such extreme environments.
通过记录下从超新星逃逸的中微子脉冲，长基中微子设施与其他的现有的探测器一道，能让天文学家们探查在如此极端的环境中发生了什么。
By registering the neutrino pulse escaping a supernova, the LBNF, alongside other, existing neutrino detectors, could let astronomers probe what takes place in such extreme environments.
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