The surprising accuracy of science in 'Fringe'
What's the story
The television series Fringe explores the realm of scientific exploration, weaving fiction with the threads of real-world science. Though it's a work of fiction, the show does manage to capture some aspects of scientific inquiry and exploration perfectly. By looking at these elements, we can learn how science really works. Here are some key things that Fringe gets right about scientific exploration.
#1
The role of collaboration in science
In Fringe, it's all about how scientists work together. How different experts join hands to solve a complex problem. In real-world science, collaboration is extremely important as it brings in different perspectives and expertise to solve multifaceted problems. Scientists often work in teams, sharing knowledge and resources to achieve common goals. This collaborative approach not only accelerates discoveries but also fosters innovation.
#2
Importance of ethical considerations
Ethical considerations are at the forefront of Fringe. The series frequently sets up situations where characters have to consider the impact of their actions on society and people. In real scientific research, ethics are the backbone of experiments and studies. Researchers have to follow ethical guidelines to ensure their work does not harm participants or the environment. This emphasizes the responsibility scientists have towards society.
#3
Emphasis on curiosity-driven research
Fringe paints a beautiful image of characters driven by curiosity and the desire to know the unknown. This is so similar to real-life scientific exploration, where curiosity is the driving force behind researchers. Scientists are often driven by questions like how things work or why things happen. This intrinsic motivation leads them to investigations that can turn into groundbreaking discoveries and advancements in various fields.
#4
Challenges in scientific exploration
The series also shows challenges faced by scientists on their expeditions, like limited resources or unexpected results from experiments. These challenges are indicative of real world where researchers are faced with challenges that need problem-solving skills and adaptability. Overcoming these hurdles is what the scientific process is all about, paving the way for new insights even when initial hypotheses don't pan out as expected.