The Braille alphabet, a system of raised dots, unlocks a world of literacy for the visually impaired. Known as the blind alphabet, it transforms Braille letters and numbers into a tangible form, allowing for seamless communication. From ‘a in Braille’ to ‘z’, and ‘1 in Braille’ onwards, each Braille character and number is meticulously designed for touch reading. This article will delve into the essentials of the Braille script, exploring the intricacies of Braille alphabets and numbers, and highlighting the adaptability of English Braille. Join us as we explore this remarkable system, revealing how Braille not only conveys information but also fosters independence and empowerment for those who use it.
Louis Braille was born on January 4, 1809, in Coupvray, France. His dad made harnesses. When he was three, an accident in his dad’s shop made him blind. But Louis was a smart kid. His parents saw his talent and sent him to the Royal Institute for Blind Youth in Paris, a special school for blind kids.
At the institute, Louis learned about a reading system with raised dots and dashes that Captain Charles Barbier from the French Army made. This “night writing” was for soldiers to send messages quietly at night. It was a cool idea but too complicated and not many people used it.
Louis thought he could make Barbier’s system better. At 15, he started working on his own idea. He changed Barbier’s 12-dot system into an easier 6-dot system. This new system could show letters, numbers, and even music notes.
At first, not many people liked Louis’s Braille system. But two years after he died in 1852, his old school started using it. It was simple and worked well, so more and more people started using it around the world.
As time went on, Braille changed to help blind people even more. The original system got updates to work in different languages and for things like math, science, and music. There’s also a faster version called Grade 2 Braille that makes reading and writing quicker.
Nowadays, Braille is keeping up with technology. There are devices that can change electronic text into Braille, so blind people can get all sorts of information online.
The Braille system uses six dots to make its letters, numbers, punctuation, and symbols. These dots are set up like the number six on dice, in two columns. With these six dots, you can make 64 different patterns. These patterns cover all the Braille characters, shown in the Unicode Braille codes from U+2800 to U+283F. Here’s a table that shows what the Braille characters look like and the dots they use.
CHARACTER | BRAILLE | BRAILLE DOTS |
a | ⠁ | 1 |
b | ⠃ | 12 |
c | ⠉ | 14 |
d | ⠙ | 145 |
e | ⠑ | 15 |
f | ⠋ | 124 |
g | ⠛ | 1245 |
h | ⠓ | 125 |
i | ⠊ | 24 |
j | ⠚ | 245 |
k | ⠅ | 13 |
l | ⠇ | 123 |
m | ⠍ | 134 |
n | ⠝ | 1345 |
o | ⠕ | 135 |
p | ⠏ | 1234 |
q | ⠟ | 12345 |
r | ⠗ | 1235 |
s | ⠎ | 234 |
t | ⠞ | 2345 |
u | ⠥ | 136 |
v | ⠧ | 1236 |
w | ⠺ | 2456 |
x | ⠭ | 1346 |
y | ⠽ | 13456 |
z | ⠵ | 1356 |
Numbers in Braille use the same characters as the alphabet letters a-j (with a notable exception in France), preceded by a special number indicator to differentiate them from letters.
CHARACTER | BRAILLE | BRAILLE DOTS |
number indicator | ⠼ | 3456 |
1 | ⠼⠁ | 3456 1 |
2 | ⠼⠃ | 3456 12 |
3 | ⠼⠉ | 3456 14 |
4 | ⠼⠙ | 3456 145 |
5 | ⠼⠑ | 3456 15 |
6 | ⠼⠋ | 3456 124 |
7 | ⠼⠛ | 3456 1245 |
8 | ⠼⠓ | 3456 125 |
9 | ⠼⠊ | 3456 24 |
0 | ⠼⠚ | 3456 245 |
Below is a table outlining various punctuation marks in Braille, showing their Braille representation along with the specific dots used for each character.
CHARACTER | BRAILLE | BRAILLE DOTS |
, (comma) | ⠂ | 2 |
; (semicolon) | ⠆ | 23 |
: (colon) | ⠒ | 25 |
. (period) | ⠲ | 256 |
? (question mark) | ⠦ | 236 |
! (exclamation mark) | ⠖ | 235 |
‘ (single opening quote) | ⠄ | 3 |
“ (double opening quote) | ⠄⠶ | 3 2356 |
“ (alternate double opening quote) | ⠘⠦ | 45 236 |
” (double closing quote) | ⠘⠴ | 45 356 |
‘ (alternate single opening quote) | ⠄⠦ | 3 236 |
’ (single closing quote) | ⠄⠴ | 3 356 |
( (open parenthesis) | ⠐⠣ | 5 126 |
) (close parenthesis) | ⠐⠜ | 5 345 |
/ (slash) | ⠸⠌ | 456 34 |
\ (backslash) | ⠸⠡ | 456 16 |
– (hyphen) | ⠤ | 36 |
– (en dash) | ⠠⠤ | 6 36 |
— (em dash) | ⠐⠠⠤ | 5 6 36 |
Braille has two primary variations: uncontracted (Grade 1) and contracted (Grade 2).
Contracted Braille requires a deeper knowledge and understanding of the Braille system, as it employs a more extensive set of rules governing the use of contractions and abbreviations. Learners typically progress to Grade 2 Braille after mastering the basics of uncontracted Braille.
Understanding these variations and the basic structure of the Braille cell is essential for anyone learning Braille, whether for personal use or to support others in the visually impaired community. The adaptability of the Braille system, with its ability to convey complex information through simple tactile means, remains a powerful tool for literacy and independence among the visually impaired.
Learning the Braille alphabet is rewarding and can help you communicate and be more independent. Here’s a simple plan to get you started:
In wrapping up, the Braille system, from the alphabet to numbers, is a beacon of independence for those who read by touch. Each Braille character, whether it’s ‘a in Braille,’ ‘m in Braille,’ or ‘1 in Braille,’ is a key to unlocking a world of information and communication. This tactile language, known as the blind alphabet, ensures that the visually impaired have equal access to literacy and knowledge. As we explore the Braille alphabet and numbers, we celebrate not just a set of symbols, but a testament to resilience and inclusivity. The Braille system, with its dots and letters, is more than just an alphabet; it’s a lifeline that connects individuals to the wider world, proving that the ability to learn and communicate transcends all barriers.
Braille is a tactile reading system of raised dots used primarily by individuals who are blind or have low vision. While visually impaired people read Braille with their fingers, teachers, parents, and others without visual impairments typically read it using their eyes. It’s important to note that Braille is a code, not a language.
Yes, sighted people can learn to read Braille by visually interpreting the raised dots into letters and words. Learning Braille by sight can be a valuable skill for supporting individuals with sight loss, particularly when helping children and young adults learn to read Braille.
Braille is primarily used by people who are blind, deafblind, or have low vision. It is read by those born with visual impairments as well as those who lose their sight later in life. Some individuals with physical disabilities who are print-impaired but fully sighted may also use Braille to read.