Research

Researching how self-knowledge becomes lived behaviour.

Alongside the product, NeoRishi studies three questions: why knowing rarely becomes living, how personal rhythm might add useful context, and how a personalised system can explain itself.

Selected work

Where each piece of work stands.

  • Status: Working Paper2026

    Yogic psychology & behaviour change

    From Knowing to Living: Understanding the Knowledge-to-Action Gap in Yogic Well-being Practices

    Book chapter manuscript proposing the Knowing-to-Living Framework, which places Pātañjala Yoga concepts in dialogue with behavioural science. The abstract was selected for consideration in Voices in Indian Knowledge Systems, Volume I.

  • Status: Prototype2026

    Responsible & explainable AI

    NyAI: Nyāya-based explainability for personalised systems

    Uses the five-part Nyāya inference to make a recommendation’s reasoning inspectable, and reads the classical fallacy of untimeliness (kālātīta) as a check for evidence that has gone stale. Presented as a poster at IIT Delhi in April 2026.

  • Status: Exploration2026

    Personal rhythm & time intelligence

    Vedic BioRhythm (VBR) Engine

    Exploring whether several rhythms together, the solar day, sleep and energy, self-reported tendencies and the traditional calendar, give more useful daily context than any one alone.

Yogic psychology & behaviour change

From knowing to living

The framework treats change as a sequence that can stall at any point, and asks which practices, Yogic and behavioural, help at each stage.

Status: Working Paper
  1. Knowledge
  2. Awareness
  3. Intention
  4. Enactment
  5. Repetition
  6. Self-regulation
  7. Internalisation

Personal rhythm & time intelligence

Vedic BioRhythm Engine

Exploring personal context across biological, behavioural and traditional rhythms.

Status: Exploration

Whether layering rhythms gives a person more useful context for the day than any single tracker or calendar. Parts of this work already run inside Today as transparent rules.

Inputs today

  • Your city’s sunrise and sunset
  • The Panchanga day: tithi and nakshatra
  • A morning check-in: energy, sleep, mind
  • Optional, self-reported tendencies from the BioRhythm Profile

What current evidence supports

  • Light exposure and regular sleep timing shape circadian rhythm.
  • Alertness and energy vary predictably across the day for most people.

What is still experimental

  • Whether traditional time divisions such as muhurta, hora and tithi add useful context.
  • Whether a self-reported tendency lens makes guidance feel more relevant.

What it does not claim

  • Predicting events or outcomes.
  • Diagnosing or treating any condition.
  • Measuring doshas or any physiological state.
  • That tradition is proven by science.

Responsible & explainable AI

NyAI

Explanations a person can inspect and question.

Status: Prototype

Why explanation matters

Personalised systems increasingly shape daily choices, yet most cannot say why they recommend what they do. For guidance about health, time and habits, an unexplained recommendation is hard to trust and harder to correct.

What NyAI explores

NyAI borrows the structure of Nyāya inference, a classical Indian method of reasoning with stated claim, reason, example, application and conclusion, so each recommendation carries an argument that can be checked. It also asks when evidence is too old to rely on.

Current limitations

  • A research prototype, not a finished or validated system.
  • Explanations are only as good as the rules and data beneath them.
  • Not yet evaluated with users at scale.

Direction

Bringing NyAI’s explanation structure into NeoRishi’s guidance, starting with the reasons shown behind each Today item.

Method

How we hold ourselves to account.

  • Two sources, labelled separately

    Every hypothesis pairs a traditional source with current research, and states the strength of the evidence.

  • Rules before models

    Ideas enter the product as simple, testable rules before any AI is involved.

  • Small, honest experiments

    We start with small groups, report what we find, and change our minds in public.

  • Minimum data

    Collect only what a question needs, with consent, and never for sale.