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The Power Of Oneness
The Power of Oneness by Kannappan Chettiar is an inspiring guide that explores the profound impact of unity in all aspects of life. The book emphasizes how recognizing our interconnectedness with others can lead to personal growth, stronger relationships, and professional success. Chettiar blends practical strategies with philosophical insights. and foster collaboration. By highlighting real-life examples and actionable steps, The Power of Oneness serves as a roadmap for creating harmony within oneself and the world, ultimately leading to a more fulfilling and purpose-driven life.
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Kannappan Chettiar (KC)
Story
In an interview published in April 2002 with Prestige, a luxury lifestyle magazine, Singapore-born Indian entrepreneur, Kannappan Chettiar, then a successful edupreneur, boldly declared his intention to become “like Thomas Edison…and invent something in the next 20 years…”. At the time, Chettiar did not anticipate that this personal challenge would take him on an arduous life journey of failures and discoveries.
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Almost on cue twenty years after, the United States Patent and Trademark Office (USPTO) grants Chettiar a patent for his invention in “Energy Storage System and Method to Improve Battery Performance based on Battery Connections”.
Read more about KC’s fascinating journey as an educator, entrepreneur and inventor.
Endorsed By
An incredible entrepreneur who doesn't shy away from challenges. He's always pushing the boundaries and taking calculated risks to expand his ventures.
Richard L. Daft
Renowned Leadership Expert, New York Times Bestselling Author, and Professor Emeritus at Vanderbilt University
From Bits to States: Reflex AI for Real-Time Energy Flow Control
Kannappan Karuppan Chettiar
LLM Energy & Clean Tech(Berkeley), LLM (S’pore), Grad.Cert.Int’l Arbitration (S’pore), LLB (London) Adv. Mgmt Cert. (Kellogg), Education Mgmt (NTU), BA Finance (Michigan State), FCIM (Hon),FSiArb
Founder, Switching Battery Inc. / Fizix Solar Innovations
Abstract
Energy is fundamentally flow — the movement of voltage, current, and time in dynamic harmony. Modern control systems, rooted in Boolean logic, are not able to govern this flow directly. Boolean logic reduces reality to bits (0/1), requiring multi-step relational operations to construct states, and in doing so it can only manage power (voltage × current) or waveform shaping (voltage × time), leaving at least one vector ungoverned. The result is that energy systems maximize power delivery but not energy flow, leading to interruptions, inefficiencies, and losses of 15–50%. This paper introduces Reflex AI, a state-based control framework where the alphabet is not bits but physical states — Series, Parallel, Hold. Reflex AI unifies information and energy in real time, collapsing multi-step Boolean computation into a single reflexive action. By embedding time intrinsically into its states, Reflex AI enables continuous energy flow similar to fluid dynamics, rather than stepwise approximations. We argue that state control is a necessary shift away from bit-based computing in order to realize real-time, uninterrupted, and maximized energy flow.
1. Introduction
Energy is not a static commodity; it is flow. In physical terms, energy exists in the interplay of three inseparable vectors: voltage (V), current (I), and time (t). True energy control requires harmonizing all three simultaneously. However, today’s systems — from inverters to motor drives — are built on Boolean logic. Boolean’s binary alphabet of 0 and 1 cannot natively express flow; it must construct states indirectly by applying relational operations such as AND, OR, and IF to bits. This forces sequential computation, producing approximations rather than real-time synchrony.
Figure 1: Energy is the movement of voltage, current and time where flow control is critical for efficiency
Present-day systems maximize power (the product of voltage and current) but not energy flow, because time remains an external clock reference rather than an intrinsic part of control. Energy is treated like discrete pulses of information rather than a continuous field, much as fluid would be poorly modelled if only its pressure and volume were controlled without regard for timing. This limitation is the root cause of interruptions, inefficiencies, and energy loss in modern power electronics.
Reflex AI addresses this problem by shifting the logical foundation from bits to states. Its alphabet — Series, Parallel, Hold — are direct physical states that inherently combine voltage, current, and time. Each state is both information and action, eliminating the gap between decision and control. Reflex AI therefore controls energy as flow, not just power, enabling continuous operation without interruption. This represents a paradigmatic shift from symbolic, bit-based computing to hardware-native state control.
Figure 2: Boolean Logic vs Reflex AI where steps saved leads to efficiency gains
