Amit Agarwal Book order

The book explores the transformative power of focusing on a few essential choices that lead to greater fulfillment and productivity. It highlights diverse true-life examples, such as effective time management and prioritizing meaningful experiences, to illustrate the principle of saying "yes" to what truly matters. By embracing simplicity and removing unnecessary clutter, individuals can achieve extraordinary results. Through research, personal stories, and practical exercises, readers are guided to implement the "Small Is Big" philosophy in their own lives for enhanced joy and effectiveness.

ONE SALES STRATEGY TO WIN IN BOTH BUSINESS AND LIFE There are 7.7 billion sales owners in the world. Everyone is selling either a product, a service or an idea. The fact that everyone is selling brings its own unique challenges and possibilities. How can high-growth companies and start-ups win clients amid unprecedented competition? How can one close large deals virtually? How does one become a great storyteller and influence others? How can one communicate effectively in life scenarios such as parenting, hiring or asking for a raise? What is the higher purpose of sales? Sharing forty-two practical business, consumer and real-life experiences, this book reveals one simple and powerful sales strategy that is the perfect answer to all the above questions. In an engaging manner, Amit provides you with a clear and easy-to-implement blueprint for this strategy. The Updated and Expanded Edition includes Virtual Selling Readers' Case Studies 10 Videos Embedded as QR codes

A comprehensive guide for aspiring rice millers, this book focuses on mistake-proof planning and effective task management. It provides essential strategies to avoid common pitfalls and emphasizes a direct path to profitability in the rice milling industry.

Amit Agarwal's thesis significantly advances the understanding of radiation chemical reactions through enhanced microscopic simulations. By extending existing models, he incorporates scavenging, spin, and relaxation effects into Monte Carlo Random Flights and Independent Reaction Times (IRT) tools. Notably, he identifies a novel correlation between scavenging rates and recombination times in low permittivity solvents, challenging traditional diffusion kinetics theories. This innovative research has broad applications across various fields, including nuclear energy, medicine, food treatment, and waste management.

Focusing on the optical properties of liquid crystals, this work delves into experiments on light scattering and theoretical calculations in nonlinear optics. It highlights how light scattering can effectively study the viscoelastic response, crucial for the display industry. The book covers both thermotropic and lyotropic systems, detailing thermal nonlinearities in cholesteric liquid crystals and unexpected phase transitions induced by laser beams. It is based on the Ph.D. research of Amit K Agarwal at the Raman Research Institute in India.