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‘2026 version of Journey to the West’ goes viral as classic comes alive in young people’s everyday lives_我的网站
一 | 这种知识有助于验证对核子（质子和中子）如何形成的科学理解，方法是将结果与核子的伽马射线散射的理论描述进行比较。物理学家称这种散射过程为核子康普顿散射。
This seemingly makeshift Journey to the West: Heroes' Gathering livestream has gone viral lately, with related videos garnering more than 140 million views and more than 400,000 viewers tuning in simultaneously at its peak on Douyin, the Chinese version of TikTok. Netizens gave it a distinctly contemporary nickname — the "2026 version of Journey to the West."
Behind the viral success is a format far removed from traditional film and television productions: The livestream does not rely on tightly scripted dialogue.
Gao Guancheng, director of the team, told the Global Times that the team usually prepares only a basic outline before each livestream, leaving about 80 percent of each livestream to improvisation.
"Comments from viewers, trending internet memes, and even unexpected incidents on site can all become the starting point for the next scene," he said. This seemingly spontaneous approach, however, is far from unprepared.
Into daily life
The performers playing the "four pilgrims" all have years of experience portraying characters from Journey to the West. That experience has given them the chemistry needed to pick up and build on one another's cues during livestreams.
"The actor playing Tang Sanzang has years of rich experience imitating the character, the actor playing Sun Wukong has studied monkey opera since childhood, and the actor playing Zhu Bajie has been portraying the character for nearly 20 years," Gao said.
"One look, one movement, or one punchline, we all know who should pick it up and who shouldn't," he added.
That chemistry may be the foundation for bringing the characters to life, but what truly connects this new Journey to the West with contemporary life is the seemingly ordinary daily routine.
Peng Tao, a young viewer in his 20s who works in the internet industry, told the Global Times that when he first came across Journey to the West: Heroes' Gathering, he felt as if he were watching a spin-off of Journey to the West, one in which familiar characters were simply going about their daily lives.
"In the past, we saw them on the pilgrimage and fighting the demons. Now we see them eating together, chatting and working. That contrast really draws me in," he said.
In his view, the relationships among Tang Sanzang and his disciples remain familiar, but placing them in everyday situations gives those relationships a new resonance.
"For example, at work, there may be a relatively domineering boss, someone who always rushes to take responsibility, someone who keeps the atmosphere lively, and someone who doesn't say much but always gets things done in the end. You start to feel that they're no longer mythical figures, but people around you," he said.
That sense of familiarity may be one way for classics to reconnect with younger audiences.
"I don't think they are doing Journey to the West a disservice," Peng said. "The basic personalities of the characters are still there; they've simply been placed in a new setting. If a classic can only be told in the same way it was decades ago, it may actually become increasingly distant from young people."
Finding the right balance between the old and the new is also something the creators of Journey to the West: Heroes' Gathering have been thinking about.
"We are not remaking Journey to the West. By preserving the basic characteristics of the characters while placing them in new everyday settings, we are bringing Journey to the West into the lives of ordinary people," Gao said.
Stories reimagined
The modern revival of classic traditional classics is by no means limited to Journey to the West.
Classic Chinese texts taught in schools, including Letter to Wife, Pipa Song and The Golden Fishhook, have also been turned into vivid and engaging short videos. One video based on The Golden Fishhook has garnered more than 100 million views. Such adaptations have attracted widespread attention online, according to the Beijing Daily.
These time-honored texts have become part of a generation's collective memory and naturally come with an established audience. Yet with countless classics to draw from, there is no shortage of adaptations that simply capitalize on established IPs or recycle old memes, and not every adaptation wins over audiences. What truly resonates is finding a thoughtful way to bring classics back down to earth, according to the Beijing Daily.
Beijing-based cultural scholar Wang Deyan told the Global Times that the vitality of a classic does not lie simply in repeating it word for word, but in its ability to continually forge new connections with contemporary life, emotions and aesthetics.
"Classics can continue to resonate in new eras because the relationships between their characters, their emotional structures and the values they convey can still connect with people today," he said.
In Wang's view, the popularity of Journey to the West: Heroes' Gathering is essentially a way for young audiences to rediscover a classic through new forms of media: The characters remain the same, but the way audiences view them has changed.
"Short videos, livestreams and online fan creations have lowered the threshold for creative expression, giving classics opportunities to enter more tangible settings of everyday life," he said.
Perhaps classics truly come "alive" in moments like these, when they are no longer simply "old stories" preserved in textbooks and on screens, but enter livestreams, short videos and the everyday lives of young people, gaining new vitality in a new era through each retelling and each new way of being seen.
。当科学家在电磁反应占主导地位的距离和规模上检查质子时，他们可以高精度地确定电磁极化率的值。为了做到这一点，他们使用有效场理论（EFT）的理论框架。EFT有希望将低能量下的核子结构描述与当前的强核力理论（称为量子色动力学，QCD）相匹配。在这项研究中，科学家们利用质子康普顿散射验证了EFT。这种方法也验证了支撑EFT的框架和方法。质子康普顿散射是科学家从氢目标（在本例中是液体目标）散射圆偏振或线偏振伽马射线，然后测量散射伽马射线的角度分布的过程。高能伽马射线携带足够强的电磁场，使核子中的电荷和电流的反应变得很重要。
二 | 在这项研究中，科学家们在三角大学核实验室的高强度伽马射线源（HIGS）对质子的康普顿散射进行了新的测量。
三 | 这项工作为使用偏振伽马射线在低能量下的质子的康普顿散射提供了一种新的实验方法。该研究推进了在HIGS进行新的高精度测量的需要，以提高质子和中子偏振率测定的准确性。
四 | 这些测量验证了将核子的低能描述与QCD联系起来的理论。
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