| No. | Name | Name (English) | Gregorian Year | No. | Name | Name (English) | Gregorian Year | |
| 01. | பிரபவ | Prabhava | 1987 - 1988 | 31. | ஹேவிளம்பி | Hevilambi | 2017 - 2018 | |
| 02. | விபவ | Vibhava | 1988 - 1989 | 32. | விளம்பி | Vilambi | 2018 - 2019 | |
| 03. | சுக்ல | Sukla | 1989 - 1990 | 33. | விகாரி | Vikari | 2019 - 2020 | |
| 04. | பிரமோதூத | Pramodhoodha | 1990 - 1991 | 34. | சார்வரி | Sarvari | 2020 - 2021 | |
| 05. | பிரசோற்பத்தி | Prachorpaththi | 1991 - 1992 | 35. | பிலவ | Plava | 2021 - 2022 | |
| 06. | ஆங்கீரச | Aangirasa | 1992 - 1993 | 36. | சுபகிருது | Subakrith | 2022 - 2023 | |
| 07. | ஸ்ரீமுக | Srimukha | 1993 - 1994 | 37. | சோபகிருது | Sobakrith | 2023 - 2024 | |
| 08. | பவ | Bhava | 1994 - 1995 | 38. | குரோதி | Krodhi | 2024 - 2025 | |
| 09. | யுவ | Yuva | 1995 - 1996 | 39. | விசுவாசுவ | Visuvaasuva | 2025 - 2026 | |
| 10. | தாது | Thaadhu | 1996 - 1997 | 40. | பரபாவ | Parabhaava | 2026 - 2027 | |
| 11. | ஈஸ்வர | Eesvara | 1997 - 1998 | 41. | பிலவங்க | Plavanga | 2027 - 2028 | |
| 12. | வெகுதானிய | Vehudhanya | 1998 - 1999 | 42. | கீலக | Keelaka | 2028 - 2029 | |
| 13. | பிரமாதி | Pramathi | 1999 - 2000 | 43. | சௌமிய | Saumya | 2029 - 2030 | |
| 14. | விக்கிரம | Vikrama | 2000 - 2001 | 44. | சாதாரண | Sadharana | 2030 - 2031 | |
| 15. | விஷு | Vishu | 2001 - 2002 | 45. | விரோதகிருது | Virodhikrithu | 2031 - 2032 | |
| 16. | சித்திரபானு | Chitrabaanu | 2002 - 2003 | 46. | பரிதாபி | Paridhaabi | 2032 - 2033 | |
| 17. | சுபானு | Subaanu | 2003 - 2004 | 47. | பிரமாதீச | Pramaadhisa | 2033 - 2034 | |
| 18. | தாரண | Thaarana | 2004 - 2005 | 48. | ஆனந்த | Aanandha | 2034 - 2035 | |
| 19. | பார்த்திப | Paarthiba | 2005 - 2006 | 49. | ராட்சச | Rakshasa | 2035 - 2036 | |
| 20. | விய | Viya | 2006 - 2007 | 50. | நள | Nala | 2036 - 2037 | |
| 21. | சர்வசித்து | Sarvajith | 2007 - 2008 | 51. | பிங்கள | Pingala | 2037 - 2038 | |
| 22. | சர்வதாரி | Sarvadhari | 2008 - 2009 | 52. | காளயுக்தி | Kalayukthi | 2038 - 2039 | |
| 23. | விரோதி | Virodhi | 2009 - 2010 | 53. | சித்தார்த்தி | Siddharthi | 2039 - 2040 | |
| 24. | விக்ருதி | Vikruthi | 2010 - 2011 | 54. | ரௌத்திரி | Raudhri | 2040 - 2041 | |
| 25. | கர | Kara | 2011 - 2012 | 55. | துன்மதி | Thunmathi | 2041 - 2042 | |
| 26. | நந்தன | Nandhana | 2012 - 2013 | 56. | துந்துபி | Dhundubhi | 2042 - 2043 | |
| 27. | விஜய | Vijaya | 2013 - 2014 | 57. | ருத்ரோத்காரி | Rudhrodhgaari | 2043 - 2044 | |
| 28. | ஜய | Jaya | 2014 - 2015 | 58. | ரக்தாட்சி | Raktakshi | 2044 - 2045 | |
| 29. | மன்மத | Manmatha | 2015 - 2016 | 59. | குரோதன | Krodhana | 2045 - 2046 | |
| 30. | துன்முகி | Dhunmuki | 2016 - 2017 | 60. | அட்சய | Akshaya | 2046 - 2047 | |
2012 NEW YEAR GIFT
Tamil Calender: Each year in the Tamil calendar has a name. These names follow a 60-year cycle. (The number 60 represents five Jovian periods i.e. it takes Jupiter about 12 years to orbit the sun).
Ancient Calendars: All ancient calendars were lunar calendars. The practice of starting a month at the first sighting of a new moon was observed not only by Romans but by Celts and Germans in Europe and by Babylonians and Hebrews in the Lavant. The new moons were sighted after either 29 or 30 days. If clouds obscured vision on the 29th day, that month was declared to have 30 days. This is still done for the Islamic Calendar.
When human civilization excelled in agriculture, there was a need for having a calendar that repeats the seasons so that it would help sowing and harvesting on repeated calendar dates. This calendar was established based on rotation of the earth around the sun. Early estimates of this rotation was 360 days, so the first solar calendar was invented having 12 months of 30 days each. Some civilizations invented a lunisolar calendar which basically had lunar months based on new crescent moons but were adding days or a month to be decided by priests/rabiis wherever and whenever they felt to satisfy social and religious needs to keep their calendar in phase with seasons. This practice of adding days or a 13th month was called "Intercalation".
Babylonian Calendar: Around 1800 B.C. Babylonians were using strictly lunar calendar based on the visible new crescent but somewhere between 1100 B.C and 800 B.C. a lunisolar calendar was adopted using intercalation which was haphazard. Some sources report that during the reign of the Babylonian king Nebuchadenezzar II (630 B.C. - 562 B.C.) priest/experts discontinued their practice of looking for the new moon and adopted a 365 day calendar of 12 months of 30 days each, with five days added at the end of the year.
Hindu Calendar: Hindus have both solar and lunisolar calendars. In the Hindu solar calendar month is 30 or 31 days and begins on the day of first sunrise after the calculated time of the mean sun's entry into the next zodiacal sign. If the calculated time is after midnight but before (or at) sunrise, then the day of entry is the first day of the new month; otherwise it is the last day of the previous month. In the Hindu lunisolar system months follow the lunar cycle and are synchronized with the solar year by introducing occasional leap months. In south-India months begin at new moon while in north-India months begin at full moon.
Chinese Calendar: Chinese also started using a lunisolar calendar with months beginning on the day of the new moon. Years contain 12 or 13 such months , with the number of months determined by the number of new moons between successive winter solstices. There have been more than 50 calendar reforms since its inception in the 14th century B.C.
Egyptian Calendar: In order to device a solar calendar in ancient times experts observed that Sirius, brightest of all the fixed stars, appeared in summer, rising above horizon just before sunrise. They also noticed that Sirius would return to its position after 365 days. Thus, Egyptians deviced a solar calendar built around 365 days. They gave up their practice of looking for the new moon in favor of the solar calendar.
Greek Calendar: By 13th century B.C. Greeks were using lunar calendar based on the visible new crescent. Later they also learnt intercalation to bring lunar calendar in phase with seasons and started using lunisolar calendar. Astronomers such as Maton in 432 B.C. calculated a 19-year lunisolar cycle where moon phases would repeat in the same seasons. This was called "Metonic Cycle" where 19 solar years were equal to lunar 19 years and 7 months. This concept was later adopted by Jewish or Hebrew calendar.
Hebrew Calendar: Hebrew Calendar, promulgated by the Patriarch, Hillel II, in the mid-fourth century is a lunisolar calndar with months based on new crescent moon but adding a 13th month every so often to bring their lunisolar calendar in phase with the seasons. It consists of 12 month in a common year and 13 months in a leap year. Leap years occur seven times in a cycle of 19 years (Metonic cycle), such that 3rd, 6th, 8th, 11th, 14th, 17th, and 19th year are leap years. Common years may have 353-355 days, while leap years may have 383-385 days. The beginning of the Hebrew new year is determined by the occurrence of the new moon (conjunction) of the seventh month (Tishri), subject to possible postponement of a day or two according to some rules.
Roman Calendar: About seven hundred years before Julius Caeser, Romans were observing some nominally lunar calendar, and were adding days or a 13th month at the end of their calendar year to keep their calendar in phase with seasons.
Tamil Calender: Each year in the Tamil calendar has a name. These names follow a 60-year cycle. (The number 60 represents five Jovian periods i.e. it takes Jupiter about 12 years to orbit the sun).
The following table lists the cycle of sixty year names:
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