Interview with a Topper: How I Scored 180/180 in NEET Physics

NEET is one of the most competitive exams in India, and for good reason — it's the single gateway into a medical career, and Physics, out of its 180 possible marks, is usually the section aspirants dread most. A perfect score in it isn't really about raw intelligence. It comes down to a genuinely meticulous strategy, real discipline sustained over many months, and a level of conceptual understanding most students only get to after a lot of trial and error. In this piece, we walk through the approach of Akash Gupta, a recent NEET topper from Delhi who managed exactly that — a full 180/180 in NEET Physics. His account offers a genuinely useful blueprint for anyone preparing for NEET 2026, whether or not a perfect score is the specific goal.

A result like this isn't really about any one trick — it's smart planning, consistent execution, and the right mentorship compounding over a long stretch of time. Students constantly ask some version of "how do I actually study physics for NEET?" or "who's genuinely worth learning from for NEET Physics?" What follows is Akash's own breakdown of how he approached it, from the earliest struggles through to exam day itself.

The Initial Hurdles: Overcoming the Fear of Physics

"Physics always felt daunting at first," Akash says. "The sheer number of formulas, the derivations, the abstract concepts — it was a lot to take in early on. Like most students, I struggled with it, especially the numerical side." That early struggle is extremely common. Physics simply asks something different of you than Biology or Chemistry do — it wants logical reasoning and genuine application, not recall.

"My first few mock tests were rough, Physics especially," he recalls. "That was really the moment I realized rote memorization wasn't going to get me anywhere. I needed to change how I was actually approaching the subject." That shift in mindset ended up being the real turning point — not a new book or a new teacher, but a genuinely different way of thinking about what studying Physics should look like.

"The biggest mistake students make in Physics is trying to memorize formulas without understanding what's actually behind them. It was never about memorizing for me — it was about understanding, and then applying that understanding." - Akash Gupta

Phase 1: Building a Rock-Solid Foundation (NCERT & Beyond)

Akash is emphatic about NCERT. "It's genuinely the foundation for NEET, especially Physics," he says. "A lot of questions trace directly or indirectly back to NCERT concepts and solved examples. I read the Class 11 and 12 Physics textbooks multiple times, properly — line by line, paying real attention to the diagrams, the graphs, and the worked examples, not just the bold definitions."

That said, NCERT alone doesn't get you to a perfect score. "NCERT builds the foundation, but for genuinely acing NEET Physics, you need to push your problem-solving further than that," he explains. "I supplemented it with a small set of reference books." Asked what he'd actually recommend, he points to three things:

H.C. Verma - Concepts of Physics: "This book is genuinely excellent for conceptual clarity. I focused on the derivations and worked through the objective questions, plus a select number of subjective ones that deepened my understanding rather than just testing recall."
D.C. Pandey - Objective Physics for NEET: "For sheer volume of good objective questions, this is hard to beat. It's what let me practice extensively and actually pinpoint my weak spots."
Previous Year Question Papers (PYQs): "Working through at least the last 15 to 20 years of NEET and AIPMT Physics PYQs isn't optional, honestly. It's the clearest possible picture of the exam pattern, the recurring topics, and the actual difficulty level."

"Don't chase too many books," he stresses. "Pick a few, and actually master them. The quality of what you study, and how thoroughly you learn it, matters far more than how many books are sitting on your shelf."

Phase 2: The Art of Conceptual Clarity and Problem Solving

"Physics is fundamentally about problem-solving," Akash says. "Reading alone was never going to get me a good score — I had to keep applying what I learned. My daily routine included solving somewhere between 100 and 150 Physics MCQs."

Understanding Concepts vs. Memorizing Formulas

"I never just memorized a formula," he says. "For each one, I tried to actually understand where it came from, what it physically meant, and the conditions under which it held. Take Laws of Motion — I didn't just remember $F=ma$. I understood what force genuinely means, how it relates to mass, and what different kinds of forces actually imply for a system. That depth is what let me handle questions that were phrased a little unusually, instead of freezing on them."

Targeted Practice and Error Analysis

Akash kept what he calls an "error log." "After every practice session or mock test, I'd go through my wrong answers properly," he says. "I'd sort them — silly mistakes, conceptual errors, calculation errors. For conceptual gaps, I'd go back to the theory. For calculation slips, I'd slow down and practice more carefully. For silly mistakes, I'd actually dig into why they happened — carelessness, time pressure, misreading the question, whatever it was."

He also weighted his time toward the highest-yield chapters, based directly on PYQ patterns. "Mechanics, Electrodynamics, Optics, and Modern Physics consistently carry serious weightage in NEET," he says. "I made sure my grip on those specifically was close to airtight."

Phase 3: The Role of Mentorship and Coaching

"Self-study is the foundation, but the right guidance genuinely speeds things up," Akash acknowledges. "I was lucky to have teachers who simplified hard topics and gave me a structured environment to actually work in."

Identifying the Right Physics Teacher for NEET

Students constantly ask who the best physics teacher for NEET actually is. Akash's take: "'Best' is honestly pretty personal. For me, it was someone who could break a hard idea down, push me to think rather than just absorb, and keep me motivated over months, not weeks. I found that at a coaching institute in Delhi that combined real lectures with proper doubt-clearing sessions and regular mock tests. If you're searching for something similar in Kerala, or looking for a good teacher online, the advice is the same — find someone who prioritizes actual understanding over rote learning, and who gives you enough practice to test that understanding."

"Online, there's genuinely a lot of good material now," he adds. "Some of the stronger online educators lean hard on visual aids and interactive explanations — that style works well for a lot of students. YouTube has some excellent full-syllabus educators too, if you go looking. What matters most is finding someone whose explanations actually land for you and who clears doubts properly. For me, it ended up being a mix of a dedicated local mentor and a few carefully chosen online resources, rather than picking just one or the other."

"Well-known names from big coaching networks get recommended a lot, and for good reason in many cases," he adds. "But fame isn't really the metric that matters. What matters is whether a teacher can actually build understanding and problem-solving ability in you specifically."

Phase 4: Revision and Mock Tests - The Final Frontier

"Revision isn't a one-time thing — it's a loop you keep running," Akash says. "I used a few different approaches together."

Short Notes and Formula Sheets

"For every chapter, I made concise notes — key concepts, derivations, important formulas," he explains. "Those notes became my own revision guide. I also kept a separate formula sheet that I reviewed daily, especially in the last few months before the exam." That habit, more than any single book, is what made fast, effective revision possible closer to exam day.

Regular Mock Tests and Analysis

"Starting around six months out, I began taking a full-length mock test every week," he says. "In the last two months, that went up to two or three a week. The point was never just the score — it was simulating real exam conditions and finding exactly what still needed work."

His analysis after each test was thorough. "Which questions did I miss, and why — conceptual gap, calculation error, misread question, or just too much time spent on one problem? That feedback loop was really what kept refining my approach week over week."

Time management mattered just as much as knowledge. "Physics questions can eat time fast. I deliberately practiced timed numericals to build speed, and I got better at recognizing which questions would take too long and setting them aside for a second pass, so the quicker, easier marks got secured first."

Akash's Golden Rules for NEET Physics Success

Distilled down, here's what Akash points to as the core of what actually worked:

Master NCERT: Treat it as your primary text. Understand every concept, derivation, and solved example properly, not just once.
Conceptual Clarity: Don't just memorize formulas — understand the reasoning behind them. Physics rewards understanding, not recall.
Practice, Practice, Practice: A real daily volume of MCQs, with previous year questions as a core part of that practice.
Error Analysis: Keep an error log and actually go through it — mistakes are only useful if you learn something specific from each one.
Regular Revision: Build short notes and formula sheets as you go, and revisit them consistently rather than saving revision for the very end.
Mock Tests are Non-Negotiable: Full-length, timed mocks, taken regularly, are what actually build exam-day speed and composure.
Seek Guidance: Clear doubts with teachers or peers rather than sitting with confusion. A good mentor accelerates all of the above.
Stay Calm and Confident: Trust the preparation you've put in, manage stress deliberately, and protect a steady mindset through the final stretch.

Beyond the Books: Mental Fortitude

Akash is equally clear about the toll NEET preparation can take. "It's a marathon, not a sprint," he says. "There will be days of real frustration and self-doubt — that's normal, not a sign something's wrong. Staying positive, taking actual breaks, and not pushing straight through to burnout matters. A short walk, a hobby, anything that gives your mind a genuine break helps more than people expect."

"Sleep mattered a lot too," he adds. "A rested mind works faster and retains more than an exhausted one. I didn't compromise on sleep, especially in the final stretch — it affects concentration and memory more than most students account for."

"The other thing that helped was not comparing myself to others," he says. "Everyone's pace and starting point are different. Sticking to my own plan and tracking my own progress kept me from getting knocked off course by what other people seemed to be doing." That kind of steadiness turns out to matter as much as any single study technique.

The Road Ahead: Inspiring Future Aspirants

Akash's story is a genuinely useful reference point for anyone who finds Physics to be their toughest subject. A methodical approach, real work ethic, and the right guidance turned a subject he once dreaded into his strongest section.

"My actual goal was always to become a doctor," he says. "The 180/180 wasn't really about the number — it was about proving to myself that consistent effort genuinely pays off. For anyone targeting NEET 2026: a perfect score in Physics is a real, achievable target. Start early, stay consistent, understand deeply rather than memorizing, and practice relentlessly. Find a teacher, online or offline, whose style actually works for you, and lean on that guidance."

"And don't be afraid of mistakes," he adds. "They're how you actually get better. Analyze them, learn the specific lesson, and keep moving. Physics, approached the right way, can be genuinely rewarding — it can be the subject that ends up carrying your entire NEET rank."

Detailed Breakdown of Key Physics Concepts and Study Approach

For a more complete picture of NEET Physics preparation, here's a closer look at the specific areas Akash focused on.

Mechanics: The Foundation Stone

"Mechanics is arguably the most fundamental, highest-weightage section," Akash notes. "It sets up the logical framework a lot of other chapters build on."

Kinematics and Laws of Motion: "The absolute basics. I made sure displacement, velocity, acceleration, projectile motion, and all three of Newton's Laws were genuinely comfortable. Relative motion numericals got a lot of extra practice specifically."
Work, Energy, and Power: "Understanding energy conservation was central. I focused especially on variable-force problems and applications of the work-energy theorem."
Rotational Motion: "This one trips a lot of students up. Torque, angular momentum, moment of inertia, and their conservation needed to be genuinely solid — rolling-without-slipping problems especially."
Gravitation: "The Universal Law of Gravitation, Kepler's Laws, and how 'g' changes with height and depth all mattered, along with orbital and escape velocity problems, which came up often."

His approach to Mechanics specifically came down to three habits: drawing a clear diagram for essentially every problem, breaking complicated setups into smaller pieces, and reaching for conservation laws — energy, momentum, angular momentum — wherever they applied.

Electrodynamics: Current, Charges, and Fields

"This is another genuinely scoring section, as long as you understand how the concepts connect to each other," Akash says.

Electric Charges and Fields, Electrostatic Potential and Capacitance: "Coulomb's Law, Gauss's Law, potential, and capacitance all needed to be solid. Parallel plate capacitors, dielectric effects, and capacitor combinations were high priority for me."
Current Electricity: "Ohm's Law, Kirchhoff's Laws, series and parallel resistor combinations, and meter bridge or potentiometer applications were key. Power dissipation and heating effects got extra attention too."
Magnetic Effects of Current & Magnetism: "Biot-Savart Law, Ampere's Circuital Law, force on moving charges, and fields from different current configurations were all practiced properly, along with Earth's magnetism and material properties."
Electromagnetic Induction & Alternating Current: "Faraday's Law, Lenz's Law, motional EMF, self- and mutual induction, and AC circuits — LCR series and parallel — needed real focus. Resonance and power in AC circuits specifically took some extra care."

For this section, he leaned on understanding the vector nature of fields and forces properly, solving circuits step by step rather than jumping ahead, and actually understanding — not just memorizing — when each law applied.

Optics: Light and Its Wonders

"Optics, both Ray and Wave, can be a genuinely scoring section if you put the work in," he explains.

Ray Optics and Optical Instruments: "Reflection, refraction through plane and curved surfaces, lenses, mirrors, and prisms were all critical. I understood the derivations rather than memorizing them, and practiced a lot of ray diagrams for image formation and lens-mirror combinations. The human eye and instruments like microscopes and telescopes mattered too."
Wave Optics: "Huygens' Principle, Young's Double Slit Experiment, diffraction, and polarization were the core. Getting genuinely comfortable with the conditions for constructive and destructive interference, and the numericals that follow from them, was essential."

His approach here: draw clean ray diagrams every time to avoid sign errors, build real intuition for the wave nature behind wave optics rather than just the formulas, and practice YDSE and lens-combination problems across a range of different parameter setups.

Modern Physics: The Contemporary Frontier

"Modern Physics is fairly formula-based, and it can be very scoring," Akash points out.

Dual Nature of Matter and Radiation: "Photoelectric effect, de Broglie wavelength, and Planck's quantum theory got a lot of focus, since numericals on these come up frequently."
Atoms and Nuclei: "Bohr's model, the hydrogen spectrum, radioactivity — alpha, beta, gamma decay — half-life, nuclear reactions, and binding energy all mattered. I made sure I genuinely understood energy level diagrams rather than just memorizing values."
Semiconductor Electronics: "Semiconductor types, p-n junction diodes in forward and reverse bias, Zener diodes, LEDs, solar cells, and basic transistor behavior in common-emitter configuration were all covered, along with logic gates."

For this section, his advice comes down to knowing the key formulas and constants cold, actually understanding atomic structure and nuclear reactions rather than treating them as a memorization exercise, and practicing the more straightforward numericals until they're fast rather than chasing unusually tricky ones.

Frequently Asked Questions

Is a perfect 180/180 a realistic goal, or should most students aim lower?
A perfect score is rare by definition, but the underlying approach — real conceptual clarity, consistent practice, honest error analysis — is exactly what raises any Physics score, whether the ceiling you're aiming for is 180 or 150. Set a target that's honest about where you're starting from, and build toward it using the same habits.

How much of this approach depends on having access to a strong coaching institute?
Less than it might seem. The core habits — mastering NCERT, building an error log, taking mock tests seriously, revising with formula sheets — are all things a self-directed student can do without an institute. Good mentorship accelerates the process, but it isn't the only path to a strong score.

What if there isn't enough time left for this full multi-phase approach?
Compress the phases rather than skipping them. Even with limited time, spending a shorter stretch on foundational concepts before moving into heavy PYQ practice and mock tests tends to work better than jumping straight to mocks with shaky fundamentals underneath them.

Conclusion: The Path to 180/180 in NEET Physics

Akash Gupta's path to a perfect score in NEET Physics is really a case study in strategic, sustained preparation. Talent plays some role, but disciplined effort, careful planning, and genuinely effective use of resources are what actually determine the outcome. For aspiring medical students anywhere in the country — Delhi, Chennai, Kota, Kerala, or elsewhere — his approach offers a real blueprint: conceptual clarity, rigorous problem-solving, systematic revision, and real attention to mental well-being, combined with guidance from a teacher whose style genuinely works for you. Put together, a near-perfect or perfect Physics score stops being a stretch goal and becomes a realistic outcome of consistent, well-directed effort.

The road to a top score in NEET Physics is demanding, no question — but Akash's experience is proof it's genuinely achievable with the right approach. His story is meant to be a practical reference, not just an inspiring one: the specific habits, the specific resources, and the specific mindset shifts he describes are things any serious aspirant can actually put into practice starting today.