LOLCats may make us laugh out loud, but do the kittens in these adorable memes find their own behavior funny? I wondered about humor in the animal kingdom, so I reached out to Jonathan Balcombe, an ethologist who literally wrote the book (several in fact) on animal pleasure. I asked him about laughter in non-human animals.

Watch the video above and don't forget to tell your animal laughter stories in the comments section below. Come on, talk nerdy to me!

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  • Animal Inside Out exhibition is an anatomical safari under the skin of some of nature's most impressive creatures. © Gunther von Hagens, Institute for Plastination, Heidelberg, Germany

  • During the plastination process coloured liquid resin is injected in the main arterial network. When the surrounding tissue is removed a perfect highway of vessels is revealed. © Gunther von Hagens, Institute for Plastination, Heidelberg, Germany

  • All the animals in the exhibition have been plastinated by the Body Worlds team. Gunther von Hagens invented the process at Heidelberg University in 1977. There are, however, always new challenges such as plastinating this powerful bull, which can weigh up to 1,200 kilograms. © Gunther von Hagens, Institute for Plastination, Heidelberg, Germany

  • A colossal network of blood vessels exists inside animal bodies. The arteries in this rabbit help deliver blood from the heart, repeatedly branching into smaller and smaller vessels to reach every extremity until they become hair-like capillaries. © Gunther von Hagens, Institute for Plastination, Heidelberg, Germany

  • A tiny shrew lives for just a few years. Its heart races at 1,000 beats a minute while it is alive, while the slow- beating heart of an elephant can beat for up to 70 years. © Gunther von Hagens, Institute for Plastination, Heidelberg, Germany

  • The towering giraffe has an exceptionally long neck, but the same number of cervical vertebrae as a human: seven. Each is just much longer, helping to make the giraffe the tallest living land mammal. © Gunther von Hagens, Institute for Plastination, Heidelberg, Germany

  • Primates are the nearest mirror we have in the animal world, key similarities and differences can be observed morphology. © Gunther von Hagens, Institute for Plastination, Heidelberg, Germany

  • This blood vessel model of a horse's head shows the complex network of arteries and capillaries that help deliver oxygen and energy to the surrounding tissue. © Gunther von Hagens_Institute for Plastination, © Gunther von Hagens, Institute for Plastination, Heidelberg, Germany

  • A rabbit's skeleton is adapted to jumping. The bones are fine and the spine flexible, enabling rabbits to leap powerfully. © Gunther von Hagens, Institute for Plastination, Heidelberg, Germany

  • A reindeer's body shape not only helps them cope with the harsh arctic conditions, they have also evolved to survive attacks from predators. The muscles that power the legs are mounted close to the trunk, keeping the end of the legs nice and light. © Gunther von Hagens, Institute for Plastination, Heidelberg, Germany

  • Sheep and goats may look completely different on the surface but under the skin the internal structures of their organs, muscles and bones are very similar. © Gunther von Hagens, Institute for Plastination, Heidelberg, Germany

  • This specimen demonstrates that sharks have two kinds of muscle. Red muscle for endured activity and white muscle for short bursts of energy. © Gunther von Hagens, Institute for Plastination, Heidelberg, Germany

  • Goats' bodies are designed to cope with the uneven and rocky terrain that they often inhabit. © Gunther von Hagens, Institute for Plastination, Heidelberg, Germany

  • The ostrich is a bird that's too heavy to fly. An adult can weigh up to 160 kilogrammes - about twice the weight of a large man. © Gunther von Hagens, Institute for Plastination, Heidelberg, Germany

  • Despite being a bird, an ostrich's body shape reflects its ability to run as fast as 50km an hour, instead of its ability (or lack of ability) to fly. © Gunther von Hagens, Institute for Plastination, Heidelberg, Germany