Now remember, 60 bits can store about 1 quintillion digits. That means we could tag every product in the world for hundreds of years and never run out of RFID tags. Going forward, our carbon nanotube semiconductors will probably be used alongside silicon RFID tags, and we’ll use them for...
if you have a GPU providing 121 mega (million) hashes per second and the pool has a total hash rate of 121 exa (quintillion) hashes per second, your reward, based on the shares of work you contributed, would be very small.
Meanwhile, a 64-bit OS has 256^8, or roughly 18 quintillion, possible addresses. This is a number beyond human comprehension, meaning the RAM limit is far beyond anything we use now. Similarly, IPv4 addresses consist of four bytes (each digit in an address, like 192.168.100.47, can be a...
1000000000000000000 (1018)one quintillionone trillionone trillion The nameone milliardis almost never seen in the USA and is rarely seen in the UK except in older documents. However it is frequently seen in Continental Europe. For this reason we give theTraditional Europeanlong scale system the sh...
@Number Numeric (38, 0) -- Input number with as many as 18 digits ) RETURNS VARCHAR(8000) /* * Converts a integer number as large as 34 digits into the * equivalent words. The first letter is capitalized. * * Attribution: Based on NumberToWords by Srinivas Sampath ...
many different possible addresses, there’s no reason to even check if someone else already has that key (compare this to signing up for an email address, where almost everything you might try has been taken). In fact, if you did guess someone else’s key, you would have access to ...
According to IBM, approximately 2.5 quintillion bytes of data are generated every day [2]. Moreover, 90% of the data we have today were created in the past two years, indicating the tremendous recent growth in data collection and storage [3]. This growth has been observed for diverse ...
That bit after “watch?v=” is an 11 digit string. The first ten digits can be a-z,A-Z,0-9 and _-. The last digit is special, and can only be one of 16 values. Turns out there are 2^64 possible YouTube addresses, an enormous number: 18.4 quintillion. There are lots of You...