Not a PhD vlog | Summary and Q&A
TL;DR
This vlog follows a climate modeler's daily routine, showcasing their coding work, therapy session, and livestreaming activities.
Key Insights
- 👤 Claude is a climate model written in Python that aims to create videos explaining atmospheric physics and make climate modeling more accessible to users.
- 😀 The modeler faces challenges in fixing issues related to convection (vertical movement) and boundary representation near the poles in the model.
- 👻 The polar plane method is employed in Claude to approximate the poles, allowing for more accurate calculations on a cartesian grid.
- 🥳 The modeler spends their day fixing code issues, striving to achieve stability and accuracy in the simulations.
- 🫵 The livestreaming sessions provide an opportunity for the modeler to update viewers on their progress with Claude and engage with the audience.
- ❓ The vlog briefly mentions the modeler's therapy session and their exploration of a vegan diet.
- 👨💻 Brilliant.org is introduced as a platform offering courses and practice problems to enhance learning in fields such as thermodynamics, calculus, and coding.
Transcript
the last time i regularly vlogged was my video series documenting my phd studies which finished in 2017 oh my god but as you'll see in this video not a huge amount has actually changed from what i was up to back then i'm going to show you what my life was like today a wednesday which is pretty representative of what i get up to most of the time the... Read More
Questions & Answers
Q: What is Claude, and what is its purpose?
Claude is a climate model written in Python, designed to create videos that explore atmospheric physics and address questions about the Earth's atmosphere. It aims to make climate modeling more user-friendly and accessible.
Q: What are the challenges the modeler faces in fixing Claude?
The modeler faces two main challenges: addressing issues related to convection, which involves vertical movement in the atmosphere, and dealing with boundary representation, particularly at the poles, where latitude-longitude grids are not effective.
Q: How does the modeler address the issue of boundary representation near the poles?
Instead of using latitude-longitude coordinates, Claude employs a polar plane method, which involves using cartesian grids placed on the north and south poles. This approximation allows for calculations on a regular grid, with the results then merged with the latitude-longitude representation.
Q: How does the modeler spend their day before the livestream?
The modeler spends their day fixing issues in the code, particularly focusing on the discontinuity at the boundary caused by advection calculations. They work between different files, coordinating the core calculation file, the basic library file, and the complex physics application file.
Summary & Key Takeaways
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The vlog documents the life of a climate modeler, showcasing their day-to-day activities, including coding a climate model called Claude and preparing for a livestream.
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The climate model, Claude, aims to generate videos that answer questions about atmospheric physics and make climate modeling more accessible to users.
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The modeler faces challenges in fixing issues related to convection and boundary representation in the model.