GPT-3 By OpenAI: 5 Wonderful Things To Know About
So, you’ve seen some amazing GPT-3 demos on Twitter (if not, where have you been?). This mega machine learning model, created by OpenAI, can write it’s own op-eds, poems, articles, and even working code.

A team of researchers from OpenAI recently published a paper describing GPT-3, a deep-learning model for natural-language with 175 billion parameters, 100x more than the previous version, GPT-2.
The model is pre-trained on nearly half a trillion words and achieves state-of-the-art performance on several NLP benchmarks without fine-tuning.
Unlike most AI systems which are designed for one use-case, the API today provides a general-purpose “text in, text out” interface, allowing users to try it on virtually any English language task.
You can now request access in order to integrate the API into your product, develop an entirely new application, or help to explore the strengths and limits of this technology.
Given any text prompt, the API will return a text completion, attempting to match the pattern you gave it.
You can “program” it by showing it just a few examples of what you’d like it to do; its success generally varies depending on how complex the task is.
The API also allows you to hone performance on specific tasks by training on a dataset (small or large) of examples you provide, or by learning from human feedback provided by users or labelers.
The API is designed to be both simple for anyone to use but also flexible enough to make machine learning teams more productive.
In fact, many of teams are now using the API so that they can focus on machine learning research rather than distributed systems problems.
Today the API runs models with weights from the GPT-3 family with many speed and throughput improvements.
Machine learning is moving very fast, and our community is constantly upgrading the technology so that the users stay up to date.
The below song is generated by GPT-3
Below is a pop song by Taylor Swift about the boy Wizard Harry Potter.
“Harry Potter” By Taylor Swift
Harry’s got glasses He’s got those bright green eyes Girls are always screaming
’Cause he’s got that Potter hair
Even when he’s super stressed He’s still got those supersonic cheekbones I’m not surprised they made a movie
’Cause I’d watch him anytime Oh, yeah, Harry, baby, you’re my favorite character
I’d walk a thousand miles
To get to see you and
Harry, Harry, you’re so fine
My girly parts all tingle
When you smile that smirk
I’d love to be your girl
The below user manual is generated by GPT-3
User Manual for the A-1247 Flux Capacitor:
Operating Your Flux Capacitor
The flux capacitor is a top of the line, state-of-the-art temporal transport device. It is capable of taking you to any date between November 5, 1955 and September 27, 1985. Your trip should be a safe and enjoyable experience if you follow the simple guidelines in this manual. We want your visit to be the best it can be. After all, we don’t get many visitors from the future!Please note that all information contained in this manual pertains only to operating the flux capacitor while within the United States. If you are planning to visit a foreign country or another time zone while using your flux capacitor, please consult an authorized dealer for more information before setting out on your journey.
Note: Your flux capacitor will operate only in environments where oxygen is present in sufficient quantities for survival. Do not attempt to use it outside of such an environment or without proper oxygen support equipment.
- Preparing for your Trip
- It is important to make sure that you have everything you need before you leave.
- You will need to provide the following: 1) two (2) D-cell batteries; 2) a supply of clothes and other items needed for your trip; 3) $125 per hour, in small bills and coins; 4) a current passport or driver’s license; 5) a camera with flash and at least 10 rolls of film (and make sure they are the right type); 6) at least five boxes of plastic bags; 7) one complete set of spare flux capacitor parts, including: two (2) computer chips, one (1) resistor, one (1) power cord with on/off switch, three (3) empty beer cans, six (6) bobby pins, and one (1) chicken; 8) one cat, optional.
- This is not an all-inclusive list. You may need additional items for your particular trip. Check with your dealer for details.
- Basic Flux Capacitor Operation
- Before using your flux capacitor, you should become familiar with its operation and safety features. To start the flux capacitor, insert the two D-cell batteries into the battery compartment and close the cover securely. You will see a “power on” light (labeled #2) come on and hear a reassuring hum as the unit warms up to operating temperature (about 30 minutes). After about 15 seconds of warmup, the time circuits will be ready for use. Press and hold down the “time” knob (#6). The “power on” light (#2) will flash to indicate that time travel is enabled. Then release the knob, and you will hear the time circuits begin to whir as they are calculating the precise date and time for your trip. When you see the numbers stop flashing on the display (#1), the calculations are complete. Now you are ready to begin your trip!
- Entering and Exiting Time Travel Mode
- To enter time travel mode, simply push down on the “time” knob (#6) until it clicks into place. A red light on top of the knob will turn on, indicating that you have entered time travel mode.
- Time travel mode may be exited at any time by pushing down on the “time” knob (#6) again until it clicks into place. The red light will go off, indicating that you have exited time travel mode.
- Note: Never attempt to exit time travel mode while in transit through a vortex (see step 10 below). Doing so could cause you to become trapped in a time warp or cause the power supply to overload.
- Activating the Vortex
- To activate the vortex, turn the “power” knob (#7) to the “on” position. You will see a red light on top of the knob illuminate, indicating that you have activated the vortex.
- Once you have activated the vortex, proceed to step 6 below. Note: Never attempt to activate a vortex while in transit through a vortex (see step 10 below). Doing so could cause you to become trapped in a time warp or cause the power supply to overload.
- Setting Your Destination
- After activating the vortex, your flux capacitor will automatically scan all radio frequencies for signals from other flux capacitors traveling through time. It will then lock onto and follow one of these signals through a time warp back to its point of origin (its “vortex point”). The time warp will be located within a radius of two hundred yards from the originator of the signal, which is your destination.
- If you are attempting to visit someone who is traveling through time on their own flux capacitor, you may need to set your destination manually. To do this, follow these steps:
- 1) Press and hold down the “time” knob (#6) until the display begins to flash. You will hear a high-pitched tone as the unit searches for other flux capacitors within range. When it finds one, you will hear a low-pitched tone indicating that it has locked onto that signal. 2) Release the “time” knob (#6), and the unit will lock onto and follow that signal back to its vortex point (your destination). You will see the display numbers begin to flash again as it performs calculations for a trip back to the future. When they stop flashing, your destination has been set.
- Activating the Time Compression Function
- The time compression function allows you to shorten your trip to the future by a factor of ten (10). To activate this feature, simply press and hold down on the “time” knob (#6) for about two seconds. You will see the display numbers begin to flash again as it performs calculations for a compressed trip back to the future. When they stop flashing, your destination has been set and time compression has been activated.
- Note: Time compression cannot be used in conjunction with time travel mode or vortex activation. If you attempt to activate it while in time travel mode or during vortex activation, you will receive an error message and be asked to turn off all switches before continuing (see step 10 below).
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