A romantic poem submitted for an open competition has prompted much discussion online after a netizen said it contained a hidden message that mocked President Ma Ying-jeou (馬英九) as a brainless “jellyfish.”
The poem, entitled Old-Fashioned You and I (陳舊你我) was submitted by a contestant named Chen Chih-ming (陳志明) for the “Speak Out for Love” (為愛發聲) poetry competition hosted by Uni-President Enterprises Corp as part of a promotion for its packaged milk tea beverages, the Chinese-language Apple Daily reported yesterday.
The poem has all the appearance of elegant Chinese poetry, written in 12 stanzas, as the author wrote of his romantic longing for his girlfriend while brewing a pot of tea.
However, an eagle-eyed netizen noticed that the poem, intentionally or unintentionally, included a message mocking Ma, the newspaper reported.
The message, which reads diagonally through the poem, says: “Ying-jeou, you jellyfish brain (英久[九]妳這個水母腦).”
A number of netizens said they were impressed by the author’s creativity and ability to make fun of Ma using such elegant and romantic language.
One netizen was quoted by Apple Daily as saying: “This guy is a cultured hipster!”
Another was quoted as saying: “This is the new form of patriotic poetry.”
The Presidental Office had no comment on the matter, the Apple Daily said.
LOUD AND PROUD Taiwan might have taken a drubbing against Australia and Japan, but you might not know it from the enthusiasm and numbers of the fans Taiwan might not be expected to win the World Baseball Classic (WBC) but their fans are making their presence felt in Tokyo, with tens of thousands decked out in the team’s blue, blowing horns and singing songs. Taiwanese fans have packed out the Tokyo Dome for all three of their games so far and even threatened to drown out home team supporters when their team played Japan on Friday. They blew trumpets, chanted for their favorite players and had their own cheerleading squad who dance on a stage during the game. The team struggled to match that exuberance on the field, with
Taiwanese paleontologists have discovered fossil evidence that pythons up to 4m long inhabited Taiwan during the Pleistocene epoch, reporting their findings in the international scientific journal Historical Biology. National Taiwan University (NTU) Institute of Ecology and Evolutionary Biology associate professor Tsai Cheng-hsiu (蔡政修) led the team that discovered the largest snake fossil ever found in Taiwan. The single trunk vertebra was discovered in Tainan at the Chiting Formation, dated to between 400,000 and 800,000 years ago in the Middle Pleistocene, the paper said. The area also produced Taiwan’s first avian fossil, as well as crocodile, mammoth, saber-toothed cat and rhinoceros fossils, it said. Discoveries
Taiwanese paleontologists have discovered fossil evidence that pythons up to 4m long inhabited Taiwan during the Pleistocene epoch, reporting their findings in the international scientific journal Historical Biology. National Taiwan University (NTU) Institute of Ecology and Evolutionary Biology associate professor Tsai Cheng-hsiu (蔡政修) led the team that discovered the largest snake fossil ever found in Taiwan. A single trunk vertebra was discovered in Tainan at the Chiting Formation, dated to between 800,000 to 400,000 years ago in the Middle Pleistocene, the paper said. The area also produced Taiwan’s first avian fossil, as well as crocodile, mammoth, sabre-toothed cat and rhinoceros fossils, it said. Discoveries
Whether Japan would help defend Taiwan in case of a cross-strait conflict would depend on the US and the extent to which Japan would be allowed to act under the US-Japan Security Treaty, former Japanese minister of defense Satoshi Morimoto said. As China has not given up on the idea of invading Taiwan by force, to what extent Japan could support US military action would hinge on Washington’s intention and its negotiation with Tokyo, Morimoto said in an interview with the Liberty Times (sister paper of the Taipei Times) yesterday. There has to be sufficient mutual recognition of how Japan could provide