Typhoon Yagi has, to a large extent, shown the greatly detrimental effect of the climate crisis currently facing the Earth. The death toll in Vietnam only has surpassed most people’s imagination, let alone the devastating impacts caused by the dangerous storm on many provinces under its trajectory. I came to know the book by Professor Vuong Quan Hoang and Dr. Nguyen Minh Hoang in mid-July 2024. However, only when seeing the grave consequences of Typhoon Yagi, could I gradually (...) understand the interconnectedness of phenomena, concepts, and key messages delivered in the title. There are awakening facts and arguments, which await simple-minded readers to explore when witnessing the harsh realities (most of which are likely part of the predicted consequences, no matter how hard to believe). I do not have enough words to recommend the book. But I do believe that it can restore our environmental conscience and make everybody think, perhaps deeply. (shrink)

Following is the skin left on the bark of an old tree on a Hanoi street, after a cicada molted and flew up on somewhere nearby. This cicada grew mature much later than its peers since the cicada orchestra stopped playing the music already in late June. We could hardly hear its song due to the noises of a busy road in a densely populated city like Hanoi. But as we all know, the cicada just did what it was supposed (...) to. It would just fly up to some stem nearby and sing the song, even though it is not sure if there’s any audience left. Today, after typhoon Yagi, our preprint titled “Further on informational quanta, interactions, and entropy under the granular view of value formation” did the same thing. Being accepted to be published in The VMOST Journal of Social Sciences and Humanities, the manuscript was shedding its old “skin” to fly and started singing its own song. The paper presents an enlarged definition of value and the information interaction mechanism underlying the forming of a new value. Thus, it manifests an advance of mindsponge theory with the help of quantum physics and information theory. (shrink)