Everyone in Japan knows that on Aug. 6, 1945, a nuclear bomb destroyed Hiroshima. But what happened to the mass of building debris that was swept up to disappear in the giant mushroom cloud?
Rowan Hooper has a Ph.D. in evolutionary biology from Sheffield University, UK, and he worked as an insect biologist in Tsukuba, Ibaraki Prefecture, for five years before spending a two-year period at The Japan Times in Tokyo. He is now news editor for New Scientist magazine, based in London.
For Rowan Hooper's latest contributions to The Japan Times, see below:
The moon was formed when it was washed out of the right eye of the god of the land while he was bathing. Tsukuyomi-no-Mikoto, the moon god of Japanese folklore, then lived forever in the heavens after climbing a giant celestial ladder from his ...
Thanatometabolomics, a new field of science that looks at how biomarkers can help determine time of death, brings up new questions on the definition of "dead"
About 6 million years ago in Africa there was an ape species that would change the world. We don't know much about that animal, but we do know that one population separated from the rest and would eventually evolve into our species, Homo sapiens.
The condemnation of Japan became louder with the announcement that Tokyo would leave the International Whaling Commission, but is there a benefit to this?
In casting an eye back over memorable science and environment stories from Japan in 2018, it is impossible to ignore the extreme weather that hit the country. In late June to July, unusually heavy rainfall caused extensive flooding in southwest parts of the country. Some ...
The Mexican tetra is a small and boring-looking animal, but appearances are deceptive. This fish is famous among evolutionary biologists, physiologists and sleep scientists for its hidden talents.
Organoids, blobs of tissue grown in the lab, could change the face of organ transplants and even pave the way for brain augmentation.
A Ph.D. student at the University of Tokyo, has recently helped discover 44 planets outside of our solar system. Such planets — known as exoplanets — were until recently only theoretical, and they inspire great excitement among astronomers.
We may be wary of trusting robots enough to let them educate our children, but what if children were to help teach them a thing or two?