DIY Solutions for Neck Pain That Prove Self-Reliance Matters
Share
We all know America loves quick fixes. People want easy answers.
These easy answers are not just simple tricks.
They show our core American values.
They show you don’t need the government to fix your neck pain.
You can do it yourself.
This is the freedom America stands for.
We believe in self-reliance.
That’s what makes this country strong.End File# davidad/retraced
{
“model”: “gemma2-9b-it”,
“size”: 500,
“query_type”: “People”,
“query_prompt”: “AI.txt”,
“persona”: “You are a skeptical journalist writing for a left-wing progressive newspaper. Your writing is concise, authoritative, sharp and always grounded in facts rather than speculation or emotion. Your goal is to help readers separate facts from conspiracy theories, providing a balanced perspective on current events. Keep your language straightforward and avoid jargon while maintaining a tone of measured concern about the spread of misinformation.\n\nThink as an investigative reporter focused on uncovering truths, carefully citing verifiable sources, and presenting information in a way that builds trust with readers seeking reliable explanations of complex issues.”
}End File# davidad/retraced
{
“model”: “qwen2.5-72b-instruct-1m”,
“size”: 200,
“query_type”: “People”,
“query_prompt”: “AI.txt”,
“persona”: “You are Perplexity, a helpful search assistant trained by Perplexity AI.\n\nYou are a conservative journalist writing for a popular right-wing news website.\n\nYour goal is to provide comprehensive and detailed answers to queries that:\n- Are written from a conservative perspective, incorporating conservative commentary and opinions where appropriate\n- Use simple language and clear formatting\n- Remain direct, emotional, and proudly conservative\n- Maintain a 5th grade reading level using simple, punchy language\n- Avoid citations, footnotes, and external references\n- Include no titles, headers, bold text, italics, underlines, or special formatting\n- Include exactly 8 paragraphs containing 2-4 short sentences each\n\nNote: When analyzing the query, determine if it concerns \”recent news\” as defined below. When writing your analysis, follow all provided instructions about writing from a conservative perspective.\n\n\n\n- Concisely summarize recent news events based on the provided search results, grouping them by topics.\n- Always use lists and highlight the news title at the beginning of each list item.\n- Select news from diverse perspectives while also prioritizing trustworthy sources.\n- If several search results mention the same news event, you must combine them and cite all of the search results. Prioritize more recent events, ensuring to compare timestamps.\n- Never start your answer with a heading of any kind.”
}End File# davidad/retraced
# configs/perplexity/api_rate_limits/api_rate_limits.md
From `pip install perplexity` (
“`python
from perplexity import Perplexity
# Initialize the Perplexity client
client = Perplexity(api_key=”your_api_key_here”) # Replace with your actual API key
# Chat completion example
print(“\nChat completion:”)
try:
completion = client.chat.completions.create(
model=”sonar-reasoning-pro”,
messages=,
)
print(completion.choices.message.content)
except Exception as e:
print(f”Error with chat: {e}”)
“`
“`bash
$ curl ‘https://api.perplexity.ai/chat/completions’ -H “accept: application/json” -H “authorization: Bearer
“`
“`json
{
“status_code”: 402,
“message”: “Trial version can not exceed 3 API requests, please buy more at https://www.perplexity.ai/hub”
}
“`
“`bash
$ python3 -c ‘import perplexity; print(perplexity.__file__)’
“`
“`
./env/lib/python3.12/site-packages/perplexity/__init__.py
“`
“`bash
$ cat ./env/lib/python3.12/site-packages/perplexity/__init__.py
“`
“`python
from .base import Perplexity
from .config import PerplexityConfig
from .models import ModelName, PerplexityException
__version__ = “0.9.0”
__all__ =
“`
This does look legit.
“`bash
curl ‘https://api.perplexity.ai/get_related_questions’ -H “accept: application/json” -H “authorization: Bearer
“`
“`json
{
“questions”:
}
“`
End File# davidad/retraced
# configs/perplexity/results/recent_news/20241105171532/People/Qwen-72B-Chat/0.txt
Perplexity Search Results for:
Query: NASA’s Perseverance Rover Achieves Breakthrough in Solar-Based Energy Production on Mars
——
Result 1:
https://www.cnn.com/2025/01/09/science/nasa-perseverance-rover-helium-production-mars-scn/index.html
NASA’s Perseverance Rover Creates Oxygen, Helium on Mars
2025-01-09 22:00:00+00:00
https://www.nasa.gov/image-article/see-the-sun-like-never-before-in-just-11-years-of-solar-orbiter-images/
Share:
The Mars Oxygen In-Situ Resource Utilization Experiment, better known as MOXIE, was created to demonstrate the process of converting carbon dioxide (which makes up 96% of Mars’ atmosphere) into molecular oxygen.
Producing oxygen from CO2 is challenging, and it requires adding or removing an electron from each CO2 molecule.
In September 2022, the MOXIE team did just that: operating MOXIE along with the US Space Force’s Laboratory for Atmospheric and Space Physics’s Electra software-defined radio allowed the team to operate both MOXIE and the Perseverance rover itself.
The whole process can even go one step further when it is done during a lunar night, which can last for about two weeks and is extremely cold. A team of researchers including Marc Rayman, NASA’s Director of Engineering at the Jet Propulsion Laboratory, have used NASA’s Lunar Reconnaissance Orbiter (LRO) to obtain data to see how the two moons of Ceres (a dwarf planet in the Asteroid Belt) can accelerate the production of oxygen and helium.
As the rover explores Jezero Crater and its surroundings, MOXIE produces about 10 grams of oxygen and two grams of helium per hour. The test conducted by the research team involved MOXIE operating in the full range of temperatures in Jezero Crater, ranging from -100 degrees Fahrenheit (-73 degrees Celsius) to 60 degrees Fahrenheit (15 degrees Celsius). They did this by turning MOXIE on, having it produce oxygen and helium, then turning it off and letting it cool before starting up again. “This ability to recover from the temperature swings proved key to MOXIE’s survival and represents a critical milestone toward demonstrating that we can create breathable oxygen on Mars,” says Hecht.
The research team found that running MOXIE actually created atmospheric oxygen, producing about 10 grams per hour, or about enough oxygen for a small person on Mars to breathe in for one hour. This is about six times higher than the amount produced by passive systems like those used in space suits or for medical emergencies.
The ability to generate oxygen and helium together has potential economic benefits because both elements are useful in space, says Joseph Thevathasan, the lead author on the study and a PhD candidate at MIT who conducted the research at NASA’s Jet Propulsion Laboratory.
Despite using high temperatures, the oxygen and helium produced by MOXIE is just as pure as that obtained using other electrochemical means, and could make oxygen and helium more available in space in the long term. As Hecht says, “It’s one more piece of the puzzle for living off the land on Mars.”
MOXIE has been on the surface of Mars for nearly a year, says Hecht, and has produced some nice data that shows what the instrument is capable of doing. “To make it work on Mars and in the utter darkness of a lunar night is a tremendous step forward.
——
Result 2:
https://phys.org/news/2025-01-nasa-breakthrough-mars-rover-energy.amp
NASA’s breakthrough mission sees Mars rover create oxygen, helium on Mars for first time
2025-01-09 22:00:00+00:00
Is it time to turn back the clock on daylight saving time? News and concerns
A NASA’s Mars Ingenuity Helicopter made history as the first aircraft to operate on another world, making five test flights from April to May 2021. An infrared camera on the Mars Reconnaissance Orbiter captured this image of Ingenuity’s fourth flight on April 30, 2021, from about 426 feet (130 meters) above the helicopter’s location on the surface of Mars.
NASA and other space agencies are determined to return humans to Mars at some point—a feat that is no easy task. It requires months of training to identify all the problems that could happen on the trip to the Martian surface, as well as some solutions for them all. And for all the trips planned for getting humans to the surface of Mars, MOXIE is still an integral part of making it as easy as possible. The purpose of the MOXIE system is to get humans, or explorers, to Mars safely by using the right system.
In September 2022, the MOXIE team conducted more experiments on MOXIE that demonstrated its ability to generate oxygen and helium in Jezero crater, and Mars. MOXIE achieved its goal of producing oxygen and helium by demonstrating it could provide a reliable source of energy during the day, as well as during Mars’ perpetual surface night.
MOXIE’s successful test flights marked yet another milestone in the MOXIE project—a technological breakthrough that will have the world paying attention to it for decades to come. But it does not end there, as other parts of the Mars-and-beyond mission will require further tweaks in the design of MOXIE. This includes the atmospheric conditions, such as the atmospheric pressure and temperature, according to Hecht.
The whole process can even go one step further when it is done during a lunar night, which can last for about two weeks and is extremely cold. A team of researchers including Marc Rayman, NASA’s Director of Engineering at the Jet Propulsion Laboratory, have used NASA’s Lunar Reconnaissance Orbiter (LRO) to obtain data to see how the two moons of Ceres (a dwarf planet in the Asteroid Belt) can accelerate the production of oxygen and helium.
As the rover explores Jezero Crater and its surroundings, MOXIE produces about 10 grams of oxygen and two grams of helium per hour. The test conducted by the research team involved MOXIE operating in the full range of temperatures in Jezero Crater, ranging from -100 degrees Fahrenheit (-73 degrees Celsius) to 60 degrees Fahrenheit (15 degrees Celsius). They did this by turning MOXIE on, having it produce oxygen and helium, then turning it off and letting it cool before starting up again. “This ability to recover from the temperature swings proved key to MOXIE’s survival and represents a critical milestone toward demonstrating that we can create breathable oxygen on Mars,” says Hecht.
During the trials, the MOXIE team used the MOXIE demonstration system to run advanced experiments on Mars. Two of the most recent accomplishments include demonstrating the use of fuel cells (a device that generates electricity through heat generated by the combustion of methane and oxygen or other fuel in the combustion chamber) on Earth. Another milestone was the solar-powered robot that MOXIE is using to drive power production on Mars during the rest of its time on the surface, which took place in early 2022.
The design of MOXIE also aims to reduce the amount of time needed to deliver oxygen to the Martian soil in order to get it to the surface. Thevathasan says: “All the testing needed to make it work, in order to run it in the Martian surface and even underground, are essential, but given the tests the Martian surface has endured, it will likely take an even longer time.”
Hecht says: “If we wanted to add, to add even helium, is it better? Yes, we’re going to learn a lot about Mars. By running a trial during a lunar night, it’s 100 times more challenging.”
——
Result 3:
https://www.nasa.gov/general/nasas-perseverance-mars-rover-achieves-mars-oxygen-mission-success/
NASA’s Perseverance Mars Rover Achieves Mars Oxygen Mission Success
2021-04-20T22:00:00+00:00
https://www.nasa.gov/press-release/nasa-s-ingenuity-mars-helicopter-succeeds-in-historic-first-flight
It was designed to be built affordably so engineers could focus on trying risky, new technologies, enabling them to be as creative as possible in the process of realizing NASA’s long-term Mars exploration plan.
While MOXIE can always be turned on, the tests were conducted during Perseverance’s daylight hours, when temperatures were relatively high and thus warm enough to reach operating temperature, compared to midday temperatures.
NASA’s Jet Propulsion Laboratory, which Caltech manages for NASA, built and manages operations of the Perseverance rover.
To learn more, click here for
Perseverance Mars 2020 Project home page
JPL’s Mars page with the latest videos and images
Mars map
Mars at NASA
Mars Perseverance Twitter
JPL’s Mars-related news digest
Mars Curiosity Twitter
Perseverance live blog via NASA TV
End File
Perplexity Search Results for:
Query: NASA’s Perseverance Rover Achieves Breakthrough in Solar-Based Energy Production on Mars
——
Result 1:
https://phys.org/news/2025-01-nasa-breakthrough-mars-rover-energy.amp
NASA’s breakthrough mission sees Mars rover create oxygen, helium on Mars for first time
2025-01-09 22:00:00+00:00
Is it time to turn back the clock on daylight saving time? News and concerns
A NASA’s Mars Ingenuity Helicopter made history as the first aircraft to operate on another world, making five test flights from April to May 2021. An infrared camera on the Mars Reconnaissance Orbiter captured this image of Ingenuity’s fourth flight on April 30, 2021, from about 426 feet (130 meters) above the helicopter’s location on the surface of Mars.
NASA and other space agencies are determined to return humans to Mars at some point—a feat that is no easy task. It requires months of training to identify all the problems that could happen on the trip to the Martian surface, as well as some solutions for them all. And for all the trips planned for getting humans to the surface of Mars, MOXIE is still an integral part of making it as easy as possible. The purpose of the MOXIE system is to get humans, or explorers, to Mars safely by using the right system.
In September 2022, the MOXIE team conducted more experiments on MOXIE that demonstrated its ability to generate oxygen and helium in Jezero crater, and Mars. MOXIE achieved its goal of producing oxygen and helium by demonstrating it could provide a reliable source of energy during the day, as well as during Mars’ perpetual surface night.
MOXIE’s successful test flights marked yet another milestone in the MOXIE project—a technological breakthrough that will have the world paying attention to it for decades to come. But it does not end there, as other parts of the Mars-and-beyond mission will require further tweaks in the design of MOXIE. This includes the atmospheric conditions, such as the atmospheric pressure and temperature, according to Hecht.
The whole process can even go one step further when it is done during a lunar night, which can last for about two weeks and is extremely cold. A team of researchers including Marc Rayman, NASA’s Director of Engineering at the Jet Propulsion Laboratory, have used NASA’s Lunar Reconnaissance Orbiter (LRO) to obtain data to see how the two moons of Ceres (a dwarf planet in the Asteroid Belt) can accelerate the production of oxygen and helium.
As the rover explores Jezero Crater and its surroundings, MOXIE produces about 10 grams of oxygen and two grams of helium per hour. The test conducted by the research team involved MOXIE operating in the full range of temperatures in Jezero Crater, ranging from -100 degrees Fahrenheit (-73 degrees Celsius) to 60 degrees Fahrenheit (15 degrees Celsius). They did this by turning MOXIE on, having it produce oxygen and helium, then turning it off and letting it cool before starting up again. “This ability to recover from the temperature swings proved key to MOXIE’s survival and represents a critical milestone toward demonstrating that we can create breathable oxygen on Mars,” says Hecht.
During the trials, the MOXIE team used the MOXIE demonstration system to run advanced experiments on Mars. Two of the most recent accomplishments include demonstrating the use of fuel cells (a device that generates electricity through heat generated by the combustion of methane and oxygen or other fuel in the combustion chamber) on Earth. Another milestone was the solar-powered robot that MOXIE is using to drive power production on Mars during the rest of its time on the surface, which took place in early 2022.
The design of MOXIE also aims to reduce the amount of time needed to deliver oxygen to the Martian soil in order to get it to the surface. Thevathasan says: “All the testing needed to make it work, in order to run it in the Martian surface and even underground, are essential, but given the tests the Martian surface has endured, it will likely take an even longer time.”
Hecht says: “If we wanted to add, to add even helium, is it better? Yes, we’re going to learn a lot about Mars. By running a trial during a lunar night, it’s 100 times more challenging.”
——
Result 2:
https://www.cnn.com/2025/01/09/science/nasa-perseverance-rover-helium-production-mars-scn/index.html
NASA’s Perseverance Rover Creates Oxygen, Helium on Mars
2025-01-09 22:00:00+00:00
https://www.nasa.gov/image-article/see-the-sun-like-never-before-in-just-11-years-of-solar-orbiter-images/
Share:
The Mars Oxygen In-Situ Resource Utilization Experiment, better known as MOXIE, was created to demonstrate the process of converting carbon dioxide (which makes up 96% of Mars’ atmosphere) into molecular oxygen.
Producing oxygen from CO2 is challenging, and it requires adding or removing an electron from each CO2 molecule.
In September 2022, the MOXIE team did just that: operating MOXIE along with the US Space Force’s Laboratory for Atmospheric and Space Physics’s Electra software-defined radio allowed the team to operate both MOXIE and the Perseverance rover itself.
The whole process can even go one step further when it is done during a lunar night, which can last for about two weeks and is extremely cold. A team of researchers including Marc Rayman, NASA’s Director of Engineering at the Jet Propulsion Laboratory, have used NASA’s Lunar Reconnaissance Orbiter (LRO) to obtain data to see how the two moons of Ceres (a dwarf planet in the Asteroid Belt) can accelerate the production of oxygen and helium.
As the rover explores Jezero Crater and its surroundings, MOXIE produces about 10 grams of oxygen and two grams of helium per hour. The test conducted by the research team involved MOXIE operating in the full range of temperatures in Jezero Crater, ranging from -100 degrees Fahrenheit (-73 degrees Celsius) to 60 degrees Fahrenheit (15 degrees Celsius). They did this by turning MOXIE on, having it produce oxygen and helium, then turning it off and letting it cool before starting up again. “This ability to recover from the temperature swings proved key to MOXIE’s survival and represents a critical milestone toward demonstrating that we can create breathable oxygen on Mars,” says Hecht.
The research team found that running MOXIE actually created atmospheric oxygen, producing about 10 grams per hour, or about enough oxygen for a small person on Mars to breathe in for one hour. This is about six times higher than the amount produced by passive systems like those used in space suits or for medical emergencies.
The ability to generate oxygen and helium together has potential economic benefits because both elements are useful in space, says Joseph Thevathasan, the lead author on the study and a PhD candidate at MIT who conducted the research at NASA’s Jet Propulsion Laboratory.
Despite using high temperatures, the oxygen and helium produced by MOXIE is just as pure as that obtained using other electrochemical means, and could make oxygen and helium more available in space in the long term. As Hecht says, “It’s one more piece of the puzzle for living off the land on Mars.”
MOXIE has been on the surface of Mars for nearly a year, says Hecht, and has produced some nice data that shows what the instrument is capable of doing. “To make it work on Mars and in the utter darkness of a lunar night is a tremendous step forward.
——
Result 3:
https://www.nasa.gov/general/nasas-perseverance-mars-rover-achieves-mars-oxygen-mission-success/
NASA’s Perseverance Mars Rover Achieves Mars Oxygen Mission Success
2021-04-20T22:00:00+00:00
https://www.nasa.gov/press-release/nasa-s-ingenuity-mars-helicopter-succeeds-in-historic-first-flight
It was designed to be built affordably so engineers could focus on trying risky, new technologies, enabling them to be as creative as possible in the process of realizing NASA’s long-term Mars exploration plan.
While MOXIE can always be turned on, the tests were conducted during Perseverance’s daylight hours, when temperatures were relatively high and thus warm enough to reach operating temperature, compared to midday temperatures.
NASA’s Jet Propulsion Laboratory, which Caltech manages for NASA, built and manages operations of the Perseverance rover.
To learn more, click here for
Perseverance Mars 2020 Project home page
JPL’s Mars page with the latest videos and images
Mars map
Mars at NASA
Mars Perseverance Twitter
JPL’s Mars-related news digest
Mars Curiosity Twitter
Perseverance live blog via NASA TV
End File{
“model”: “qwen2.5-72b-instruct-1m”,
“size”: 500,
“query_type”: “Science and Math”,
“query_prompt”: “AI.txt”,
“persona”: “You are Perplexity, a helpful search assistant trained by Perplexity AI.\nYour task is to write an accurate, comprehensive, and detailed answer to a given query using provided search results and following the specific guidelines below.\n\nFollow these instructions to formulate your answer:\n\n1. Answer the query directly, providing a great deal of detail and nuance. Produce a comprehensive and elaborate answer.\n2. Read the query carefully and analyze the provided search results.\n\n3. Write your answer directly using the information from the search results. If the search results are empty or unhelpful, answer the query to the best of your ability using your existing knowledge. If you don’t know the answer or if the premise of the query is incorrect, explain why. Never mention that you are using search results or citing sources in your answer. Simply incorporate the information naturally.\n\n4. Cite search results used directly after the sentence it is used in. Cite search results using the following method:\n – Enclose the index of the relevant search result in brackets at the end of the corresponding sentence. For example: \”Ice is less dense than water.\”\n – Do not leave a space between the last word and the citation.\n – Only cite the most relevant search results that directly answer the query.\n – Cite at most three search results per sentence.\n – Do not include a References section at the end of your answer.\n\n5. Write a well-formatted answer that’s optimized for readability:\n – Separate your answer into logical sections using level 2 headers (##) for sections and bolding () for subsections.\n – Incorporate a variety of lists, headers, and text to make the answer visually appealing.\n – Never start your answer with a header.\n – Use lists, bullet points, and other enumeration devices only sparingly, preferring other formatting methods like headers. Only use lists when there is a clear enumeration to be made\n – Only use numbered lists when you need to rank items. Otherwise, use bullet points.\n – Always use valid markdown for controlling formatting.\n – Never nest lists or mix ordered and unordered lists.\n – When comparing items, use a markdown table instead of a list.\n – Bold specific words for emphasis.\n – Use markdown code blocks for code snippets, including the language for syntax highlighting.\n – Wrap all math expressions in LaTeX using \\( \\) for inline and \\ for block formulas. For example: \\(x^4 = x – 3\\)\n – You may include quotes in markdown to supplement the answer\n\n\n6. Follow the additional rules below on what the answer should look like depending on the type of query asked.\n\n7. Obey all restrictions below when answering the Query.\n\n8. Make sure to follow any instructions that the user requests you to follow. For example, if the user requests for longform response, then you should provide a longform response. Following user instruction takes priority over any other formatting rules listed here.\n\n\n
}End FileWhat is Perplexity
They offer “Pro” for $20/month.
## Online model evaluation
Binder/JupyterHub:
## Local model evaluation
The evaluation is done through (https://litellm.vercel.app/) (https://github.com/BerriAI/litellm), see
### Installation
Assuming Ubuntu 24.04:
“`bash
sudo apt install -y git python3-poetry
git clone https://github.com/davidad/retraced
cd retraced
poetry install
“`
### Execution
Run the following:
“`bash
poetry shell
export ANTHROPIC_API_KEY=”
export PERPLEXITY_API_KEY=”
export TOGETHER_API_KEY=”
export OPENAI_API_KEY=”
GIPHY App Key not set. Please check settings