SCIENCE . A subject that teaches life more than life itself. Science is often presumed to be difficult, terrifying and overwhelming. Yet, at its core, the people who are associated with it understand that, “Equipped with his five senses, man explores the universe around him and calls the adventure Science,” as quoted by Edwin Hubble. Science is a fascinating subject that demands intelligence, curiosity, patience and discipline. But these alone are not enough.
The real key to survival in this field is RESILIENCE.
In science, resilience is not optional.
It is essential.
It is a strength that science students master unknowingly, often overshadowing curiosity and excitement. It is what keeps them going when concepts feel complex, when experiments fail and when pressure builds.
Being a science student, joining Lucknow University felt like stepping into a space where I could finally immerse myself in life sciences at a deeper level. I was eager for structured lessons, meaningful practical exposure and academic growth guided by a well-framed curriculum.
But as the semester unfolded, I realized that adapting to a cluttered timetable, academic pressure and a hectic schedule was a necessity. In reality, learning within constraints became a part of the curriculum itself.
Despite having competent faculty and well-equipped laboratories, students are provided with limited time to complete extensive practical files within a single semester in life science majors such as Zoology and Botany.
In school, the syllabus was comparatively lighter, which naturally made laboratory work feel more manageable and exciting. At the university level, however, the depth and volume of content are significantly greater, and this difference inevitably affects the pace and pressure under which practical work is completed.
At the university level, theory and practical components demand equal attention and mastery. Excelling in one is no longer sufficient; both require consistent effort and understanding.
Labs that were once the most exciting part of learning science during school days now become overwhelming spaces where students juggle written records and practical work, all while trying to retain every detail of each slide.
Patience plays a huge role in lab work – you cannot just pull out a nerve from an animal, treat it as mere tissue mass, and then stand there wondering, “Where did I go wrong?”
Patience becomes survival. Precision becomes discipline. Mistakes become lessons in humility.
The syllabus stretches endlessly, expanding to a point where we find ourselves wondering – will it ever actually end? Assignments pile up. Vivas approach. Practical examinations demand precision. And all of it unfolds within very limited time.
There is no option but adaptation.
Continuous exposure to stress and academic demands, compels students to take ownership of their growth. In learning to navigate these challenges independently, they become more efficient and develop problem-solving skills. They learn to endure and work efficiently while being overwhelmed.
Choosing science may sound intimidating and at times, IT IS. But in navigating its vast syllabus , students gradually master resilience, patience, discipline , intelligence and self-efficiency.
And that is the real curriculum.
Yet beyond the pressure, beyond the deadlines and the demands, science remains what it has always been – an adventure. A field filled with discoveries that continue to surprise us.
Here are a few reminders of why science is, and always will be, fascinating:
- Fungi are more closely related to animals than to plants. Molecular phylogenetic analyses based on ribosomal RNA and protein sequences demonstrate that animals and fungi share a more recent common ancestor (Baldauf & Palmer, 1993).
- Octopuses have three hearts. Two branchial hearts pump blood to the gills, while one systemic heart circulates blood to the rest of the body — an adaptation to their oxygen-demanding physiology (Young, 1963).
- Time moves more slowly in stronger gravitational fields. According to Einstein’s theory of general relativity, clocks run slightly slower closer to massive objects – meaning time passes differently on Earth’s surface than it does in space (Einstein, 1916).
- The human gut contains an extensive network of neurons, often called the “enteric nervous system.” This system contains hundreds of millions of neurons and can operate independently of the brain, which explains why strong emotions can produce sensations like “butterflies in the stomach” (Gershon, 1998).
- The smell of rain, known as petrichor, is caused by chemical compounds released by plants and bacteria. Actinomycetes produce geosmin, a compound humans can detect at extremely low concentrations (Bear & Thomas, 1964).