Song Joong-ki’s “Bogotá: The Land of Last Chance” Struggles at the Box Office, Sparks Emotional Response
The highly anticipated film Bogotá: the Land of Last chance, starring South Korean heartthrob Song Joong-ki, has faced a disappointing reception at the box office since its release in late 2024. the movie, which tells the story of immigrants navigating hazardous deals in bogotá, colombia, has only attracted 400,000 viewers so far, falling far short of expectations.During a recent promotional event, Song Joong-ki and co-star Lee hee-jun were visibly emotional as they addressed the film’s underperformance. Veteran actor Lee Sung-min, who collaborated with Song in the hit drama The Youngest Son of the Chaebol, also attended the event. Lee shared his heartbreak over the situation, stating, “I came here to see the parking lot empty, which makes me feel sad. There are almost no people in the cinema. Although there are various reasons, the actors will be very uncomfortable without fans. It will be really painful if the movie is released during such a period. Even so, the actors have to bear this. I hope everyone can give more strength and help to the movie.”
The film, directed by Kim Seong-je, premiered at the Information |
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| Film Title | Bogotá: The Land of Last Chance |
| Release Date | Late 2024 |
| Box Office | 400,000 viewers |
| Main Cast | Song Joong-ki,Lee Hee-jun,Kwon Hae-hyo |
| Director | Kim Seong-je |
As the film continues its run,fans and industry insiders alike are rallying to support the cast and crew. Whether Bogotá: The Land of Last Chance can turn its fortunes around remains to be seen,but its emotional impact on those involved is undeniable.
For more insights into Song Joong-ki’s journey with this project,check out his exclusive interview where he delves into the challenges of bringing this story to life._video –>
(The period mentioned by seniors was due to the impeachment of the president after he declared martial law and the Jeju Air crash)
（圖源：youtube@staishu）
▼Videos participating in the event:
Following the film, Song Joong ki said that he was really serious about promoting the film, hoping to let more people know and like the film. He also thanked the fans who came to watch the film.At the end, he couldn’t help but choke up and shed tears, and then put down the microphone. ,silently wiped away tears,feeling very complicated.
（圖源：youtube@staishu）
Netizens left messages: “You are suffering,and so are we.” “This movie has a box office of 400,000, but Hyun Bin’s movie “Harbin” was released simultaneously occurring and has already exceeded 4 million.” “Actually, the movie is not good, so why spend money?” “Where’s the financial support?”, “Shouldn’t you reflect on yourself?”, ”Let’s lower your salary first, it’s hard for actors to earn back their money in movies”, “I watched it, and I couldn’t help but fall asleep.”
The movie “Bogota: Land of last Chance” is a crime thriller drama set in the Bogotá area of Colombia. It tells the story of 30-generation korean youth who immigrated to Colombia in the 1990s and settled in Bogota’s traditional market. The last choice of people who have lost hope in life is On this land, dangerous trades begin in order to survive.
(Source: Promotional photo of the movie “Bogotá: The Land of Last Chance”)
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How It Works
Table of Contents The new panels utilize a thermoradiative cell, which operates on the principle of radiative cooling. During the day, the panels function like traditional solar cells, converting sunlight into electricity. At night, they reverse the process, emitting heat energy into the atmosphere and generating a small but consistent flow of power. This dual functionality addresses one of the most significant challenges of solar energy: its intermittent nature. By providing a continuous energy supply, these panels could reduce reliance on battery storage systems and fossil fuel-based backup power. The implications of this technology are vast. For regions with limited sunlight or high energy demands at night, such as northern latitudes or urban centers, these panels could significantly enhance energy security. Additionally, they could lower electricity costs by reducing the need for expensive storage solutions. “We’re not just talking about a marginal betterment,” said Dr. Carter. “This could fundamentally alter how we think about solar energy and its role in the global energy mix.” While the technology is promising, there are hurdles to overcome. The current efficiency of the nighttime panels is relatively low, producing only about 25% of the energy generated during the day. Researchers are optimistic, however, that further advancements could boost this figure. The team is also exploring ways to integrate these panels with existing solar energy infrastructure, making it easier for households and businesses to adopt the technology. | Aspect | Details | As the world grapples with the urgent need to transition to renewable energy, innovations like these nighttime solar panels offer a glimpse of a sustainable future. Governments,businesses,and individuals must support such advancements by investing in research and adopting emerging technologies. For more information on the latest developments in renewable energy, visit oreastardaily.com.This breakthrough underscores the importance of continued innovation in the fight against climate change. By embracing cutting-edge solutions, we can pave the way for a cleaner, greener planet. This innovation has the potential to significantly increase the efficiency and reliability of solar energy systems. By generating power around the clock, these panels can help address the intermittency issues associated with solar energy, making it a more viable option for large-scale energy production. Additionally,this technology could be especially beneficial in regions with limited sunlight or during the winter months when daylight hours are shorter. While the technology is promising, there are still challenges to overcome. Current prototypes have lower efficiency compared to traditional solar panels, and scaling up production while maintaining cost-effectiveness remains a hurdle. Though, researchers are optimistic that with further growth, these panels could become a standard component of future renewable energy systems. The renewable energy industry has welcomed this breakthrough with cautious optimism. many experts believe that if the technology can be commercialized, it could revolutionize the way we think about solar energy. “This is a significant step forward,” said John Green, a renewable energy analyst. “If these panels can be produced at scale, they could help accelerate the global transition to clean energy.” The research team is now focused on improving the efficiency of the panels and exploring ways to integrate them with existing solar energy infrastructure.Trials are underway in various locations to test the panels’ performance under different environmental conditions. If accomplished,this technology could be rolled out to the market within the next decade. This revolutionary development in solar energy underscores the importance of continued investment in research and innovation. As the world grapples with the urgent need to transition to sustainable energy sources, breakthroughs like this offer hope for a cleaner, greener future. For more updates on this groundbreaking technology,stay tuned to mico@KSD and follow the latest developments in the renewable energy sector.Potential Impact
Challenges and Future Prospects
Key Takeaways
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| Technology | Thermoradiative cells using radiative cooling |
| daytime Function | Converts sunlight into electricity |
| Nighttime Function | Emits infrared radiation to generate power |
| Current Efficiency | 25% of daytime output |
| Potential Applications | Regions with limited sunlight, urban centers, and areas with high nighttime energy demand |A Call to action
Cooling. At night, when the Earth’s surface cools by emitting infrared radiation into space, these panels absorb the heat from their surroundings and convert it into electricity. This process is essentially the reverse of how traditional solar panels function during the day. The thermoradiative cell captures the heat difference between the panel and the cooler night sky, creating a flow of energy that can be harnessed. Potential Impact
Challenges and Future Prospects
Industry Reactions
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