What keeps our nuclei stuck together? It's the somewhat less well-known particle, gluon. They reason we don't see it very much is because it is doing a superb job at jail-keeping its nuclear constituents. Gluons' peculiar abilities to keep things together may also provide us unlimited clean energy in the future. In this episode we'll describe just how the gluon manages to do its jobs and its importance for our Universe.

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What is the one particle that cannot be stopped? The answer would have to be the graviton. While the graviton interacts with everything, it also passes through everything mostly unscathed. This unique property makes graviton one of the greatest messengers of the Universe.

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The God's particle is a misnomer in particle physics: The Higgs Boson doesn't participate very much in the creation of our Universe.

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In this special Valentine Day's episode, we’ll introduce what may be considered the loneliest particles in the Universe -- magnetic monopoles, if it exists.

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In particle physics, particles aren't necessarily the most important object. It turns out, physicists really are interested in the concept of fields, which will be the focus of this episode.

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If there's anything that could last forever, it might be fundamental particles. However, even that may not be true. In fact, particles can and do lose their identity over time, and their existence may ultimately be doomed.

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It has been widely popularized that our Universe will end in a heat death, where all interesting activities will cease.

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Unlike the ordinary time we experience, time in quantum systems behave rather differently. From unitarity to quantum recurrence, we explore just how weird quantum times can be, and how our macroscopic notion of time can merge from such a drastically different notion of quantum time.

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While time seems to always flow forward, is it ever possible for it to end? As it turns out, there might be more than just one ending.

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If our laws of physics look symmetrical both forward and backward in time, is it then possible to have time flow backward instead of forward? What would our world look like it the flow of time does change? From the big bang to anti-particles, we explore the physics behind the reversal of the flow of time.

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