Guntur chilli

Guntur chillies is a group of chilli cultivars from Guntur District, Andhra Pradesh, India. They are renowned globally and exported to Asia, Canada, and Europe. Guntur district is the main producer and exporter of most varieties of Chillies and chilli powder from India to countries like Sri Lanka, Bangladesh, Middle East, South Korea, U.K. and USA & Latin America. Chilies have various colors and flavors because of the level of Capsaicin in them. Guntur chilies form an important part of curries and various popular dishes of the state of Andhra Pradesh in India. The main trading place for Guntur chilli is called Guntur Mirchi Yard which is Asia's largest dried red chilli market. Market wise Chilli prices are accessible on National Agriculture Market [1] or e-NAM

Guntur chilli
Guntur chillies drying in the sun, Andhra Pradesh, India
SpeciesCapsicum chinense
Heat Very hot
Scoville scale30,000-350,000 SHU

Guntur chilli cultivators

Guntur Chilies form an important part of Andhra cuisine
  • 334 chili is a premium export-quality chili.[2]
  • Teja chili[3] is a fine variety of Guntur chili.[4]
  • Guntur Sannam - S4 Type is the most famous type among the chilis and has a huge demand throughout the world. It widely grows in Guntur, Warangal, and Khammam districts of Andhra Pradesh. The skin of crushed chili is thick, red and hot. It has its peak harvesting season from December to May. The annual Production of this type is approximately 280,000 tons. It has an ASTA Color value of 50-80 and Pungency is 35-45 SHU.
  • 273 chili is a common wrinkled chili.

Other Guntur Chilis are Phatki, Indo-5, Ankur, Roshni, Bedki and Madhubala.

gollark: I don't think you can *in general*, but you'll probably know in some cases what the content might be. Lots of network protocols and such include checksums and headers and defined formats, which can be validated, and English text could be detected.
gollark: But having access to several orders of magnitude of computing power than exists on Earth, and quantum computers (which can break the hard problems involved in all widely used asymmetric stuff) would.
gollark: Like how in theory on arbitrarily big numbers the fastest way to do multiplication is with some insane thing involving lots of Fourier transforms, but on averagely sized numbers it isn't very helpful.
gollark: It's entirely possible that the P = NP thing could be entirely irrelevant to breaking encryption, actually, as it might not provide a faster/more computationally efficient algorithm for key sizes which are in use.
gollark: Well, that would be inconvenient.

See also

References

[1]

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