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Namaste = Physics Formula

place India

“Turning daily greetings into joyful science learning.”

Namaste = Physics Formula (EnMasTe Method) addresses students’ fear of physics formulas and poor retention. Instead of using routine greetings, students greet teachers and peers by reciting physics formulas, turning daily interaction into continuous revision. This zero-cost, culturally rooted approach improves recall, confidence, and engagement without extra class time or resources.

Overview

Information on this page is provided by the innovator and has not been evaluated by HundrED.

Updated December 2025
Web presence

2024

Established

1

Countries
All students
Target group
Through this innovation, I hope to see education become more joyful, inclusive, and connected to everyday life. Learning should not feel separate from daily interaction but be embedded naturally in routine practices. I aim to reduce fear of subjects like physics, strengthen foundational understanding, and empower teachers to create meaningful learning experiences using simple, low-cost methods.

About the innovation

Why did you create this innovation?

I created this innovation after observing that many students fear physics and struggle to remember formulas despite regular teaching. As a teacher, I wanted a simple, joyful, and inclusive way to make learning part of students’ daily routine. By turning greetings into learning moments, this innovation helps students revise naturally, build confidence, and connect physics with everyday life—without extra time, cost, or pressure.

What does your innovation look like in practice?

In practice, students use physics formulas as greetings during daily classroom interactions. When entering the class or meeting the teacher, instead of saying “Good Morning,” students greet by reciting a physics formula (for example, Q = U + W). Teachers encourage different formulas each day or week, and students respond confidently. This routine creates continuous revision, active participation, and a positive learning atmosphere without adding extra teaching time or resources.

How has it been spreading?

he innovation has been spreading organically through classroom practice, peer sharing among teachers, and word of mouth. Colleagues who observed improved student engagement began adopting the method in their own classes. It has also gained visibility through social media posts, posters, and informal teacher networks, encouraging wider use without formal training or funding.

If I want to try it, what should I do?

To try this innovation, a teacher simply introduces the idea to students and explains that greetings will be replaced with subject-related formulas. The teacher selects one formula per day or week and models the greeting first. Students then practice using the formula whenever they enter the classroom or interact with the teacher. No special training, materials, or technology are required—only consistency and encouragement.

Implementation steps

enmaste
The teacher introduces the idea to students and explains that greetings will be replaced with subject-related formulas. The teacher selects one simple formula to start with and demonstrates how to use it as a greeting. Students practice greeting the teacher and classmates by reciting the selected formula when entering the classroom. The teacher encourages daily or weekly repetition using the same or new formulas. Positive reinforcement is given to build confidence and participation.
Sustainability
Evidence is mainly qualitative and classroom-based. Students show improved formula recall during problem-solving, increased confidence while answering questions, and greater engagement in class. Teachers observe reduced fear of physics and more active participation during lessons.