Nakshatra Thyajyam and Varjyam: How to Read the Window

Quick answer: what is Nakshatra Thyajyam?

• A Varjyam interval follows a nakshatra boundary, not a fixed weekday clock slot.
• A nominal four-ghatika window is about 96 minutes only when one ghati is treated as 24 minutes; a scaled method can differ.
• Rahu Kalam is a separate calculation, so the two windows may overlap or occur apart.

The names: Varjyam, Thyajyam and Visha Ghati

Readers may see Varjyam, Varjya, Nakshatra Thyajyam, Tyajyam, Vishaghati or Visha Ghati. These labels are used for a traditional window associated with a lunar mansion. In Tamil Panchangam resources, Nakshatra Thyajyam is a common term; daily panchang displays often use Varjyam. Regional usage is not perfectly uniform, so the clearest way to identify the item is to check its neighboring data: does the almanac place the interval relative to the current nakshatra and give a local start and end?

This is not a fixed period such as “avoid 8:00 to 9:36 each morning.” The window moves with the nakshatra. The Moon enters one mansion, spends a variable amount of time there, and then enters the next. A table assigns each mansion a particular offset. The source applies that offset and reports a civil clock interval for a selected city and date.

A different almanac may use a different published table, reference scale or rounding practice. A page that says only “Varjyam lasts 96 minutes” can hide the distinction between a traditional four-ghatika measure and a provider's conversion into local clock time. Before using a displayed interval, identify the publishing Panchang and read the note on its unit, duration and timezone. The broader article on why Panchang apps differ explains why a result is not necessarily portable between services. For the unit, read traditional Hindu time units.

If the end time is after midnight, see how a Panchang marks the next civil date.

How to read a source table without mixing units

A traditional table may give a start offset as a number of ghatikas, an interval in a sequence, or angular boundaries within a sign. These are related ways to describe a position, but a reader should not treat the printed numbers as clock hours. One ghatika is traditionally 24 minutes in a standard time measure. In some published calculation explanations, the actual nakshatra span is divided into 60 equal units so the offset follows the length of that star on that date.

Drik Panchang's Nakshatra Thyajyam page, for example, shows both a named star and the Moon-longitude interval associated with its Varjyam window. Pushya is listed with the Cancer longitude range 7°46′40″ to 8°40′00″. Pushya itself begins at Cancer 3°20′00″ and ends at Cancer 16°40′00″. The displayed band therefore begins 4°26′40″ after the star starts and ends 5°20′00″ after the start. Those boundaries are one-third and two-fifths of the full 13°20′ mansion, respectively.

A separate method page from PanchangTime describes scaling a star's ghatika offset to its actual duration and placing a four-ghatika interval. For this article's arithmetic example, we use that stated proportional convention with the Pushya boundary fractions above. That pairing is explicitly an educational model, not a claim that every Panchang converts its table identically. When a provider publishes exact longitude limits and a computational method, follow that provider rather than importing another site's offsets.

A duration example that crosses midnight

Here is a proportional timing exercise, not a dated sky calculation. Suppose Pushya lasts exactly 25 hours in an imaginary Panchang entry and begins at 8:00 p.m. local time on 14 October 2026 in Asia/Kolkata. Assume a uniform-rate scale solely for this example. The selected Pushya boundaries correspond to 20/60 and 24/60 of the star's span. One sixtieth of 25 hours is 25 minutes.

The start offset is 20 × 25 minutes = 500 minutes, or 8 hours 20 minutes after star entry. The end offset is 24 × 25 minutes = 600 minutes, or 10 hours after entry. Starting at 8:00 p.m. on 14 October, the window begins at 4:20 a.m. on 15 October and ends at 6:00 a.m. on 15 October, local time. In this scaled example the span is 100 minutes, not 96, because the assumed nakshatra is longer than the nominal 24-hour scale.

The date and time zone are included to demonstrate the midnight conversion; the start time and 25-hour star are deliberately constructed, not an ephemeris result for that date. A real calendar entry requires the actual nakshatra start and end for its stated city, timezone and astronomical convention. If a printed table displays 28:20, that may mean 4:20 a.m. the following day; the date suffix or sunrise-based Hindu day label tells you which day the publisher means.

Why two windows can appear on one Panchang date

A civil date runs from midnight to midnight, while a traditional Panchang day is often organized from local sunrise to the next sunrise. A nakshatra can begin before one sunrise and end after the next; another mansion may begin before the first window's day has finished. If one Varjyam interval falls in the late part of the first star and a second falls in the early part of the next star, a daily listing can show two windows that touch the same civil or sunrise-based date.

The exact display depends on the publisher's date convention. A city page may show the civil date beside each time, use a plus sign for hours beyond 24, or attach both events to a sunrise day. When converting to another timezone, convert the instant—not just the hour label—and then write the resulting local date. A window listed as 01:10 on the next day must not be copied as 01:10 on the previous date.

The same care applies to overseas readers. London, Toronto, Singapore and Chennai will not necessarily share a clock interval, even when the underlying lunar event is the same instant. Their date label can differ too. Use the local page that states its city and timezone, then distinguish a display convention from the astronomical moment. The guide to Panchang times after midnight walks through the notation. Compare it with Rahu Kalam to see why the two are separate windows.

Varjyam is not Rahu Kalam

Both labels may appear in the part of a Panchang called inauspicious periods, but they are generated differently. Varjyam is placed within a nakshatra at its table-defined position. Rahu Kalam is a weekday-linked segment of the daylight interval and depends on sunrise and sunset for the location. One follows the Moon's mansion; the other is associated with the day's solar schedule.

Because the inputs differ, the two intervals can overlap, be separated or one may fall at night while the other is in daylight. Removing one does not remove the other from a particular muhurta calculation. The same logic applies to Yamaganda, Gulika and Dur Muhurta: they are separate named windows, and the chosen tradition decides which must be examined for a particular activity.

A useful reader's note records each window in a separate row: name, source, local start, local end, timezone and reason the source includes it. This simple practice is helpful when calendars disagree or when an overseas reader receives a screenshot from India. It also prevents the common mistake of searching one fixed daily clock table for a window that follows a different astronomical event.

For the other limbs and the difference between calculated data and ritual interpretation, see the five-limb Panchanga worksheet.

How to use this window with care

Many muhurta traditions set Varjyam aside for auspicious beginnings, and a daily Panchang may label it as a period to avoid for such work. The wording is tradition-specific. This explanatory page does not establish an all-purpose prohibition on ordinary employment, study, meals, travel already underway, necessary care or daily worship. It explains how to read a calendar label; it does not assess a personal ceremony or emergency.

If you are checking a wedding, griha pravesh, samskara or temple ritual, ask the officiant which Panchang and Varjyam table they use and whether their rules have a stated exception. A regional calendar may use a different table or terminology. If you are checking an actual event, record the date, location and timezone and use a current daily Panchang rather than the illustrative timing above.

Do not delay emergency healthcare, evacuation, transport safety or time-sensitive legal obligations because an article labels a window inauspicious. The interpretive role of a calendar interval belongs to a religious timing practice; practical safety and medical decisions should be made on their own appropriate evidence. A careful page can explain a tradition accurately without turning a customary time marker into a universal command.

A quick reading checklist

Read the title of the field first. Confirm it says Varjyam, Thyajyam or the name your source uses. Identify the current nakshatra and whether its start and end appear in the same timezone as the display. Read the table key: is the offset a ghati number, ordinal range or angular boundary? Check whether the interval length is fixed or scaled by that provider. Finally, confirm if the end time is on the next civil date.

For a displayed result, keep the provider's method with the output. For a calculation exercise, state your hypothetical star span and exact fractions. For a real date, use an ephemeris-backed local Panchang and do not substitute a nominal 24-hour star. These distinctions help a reader see why an interval can be about an hour and a half in a quick explanation yet differ by a few minutes in a computed city table.

The essential idea is simple: Varjyam is attached to a point in a named nakshatra, then translated into a local clock interval. Once you preserve the source convention, local date and timezone, the display becomes much easier to compare. Without them, two correct tables can appear to disagree, and a familiar label can be mistaken for a universal fixed clock period.

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