No image-derived proof
Blog visuals and page decoration are not accepted as evidence for a physics or engineering claim.
Research log
Exorbit Space Blog
Short notes on space startups, astronomy learning, technology trends, and the model-verification standard behind the site.
Observe it yourself
Observe It Yourself
Reading about space is a great start, but a beginner telescope turns the same objects into something you can actually see tonight.
Celestron StarSense Explorer DX 130AZ — app-guided beginner telescopeTurn Left at Orion — star-hopping guide and star chart
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Recent Notes
Maintained as generated pages
These legacy blog routes are now generated with the same mathematical verification/status requirement as the rest of the website.
2026-07-17 - Reading Planetary Ephemerides
What an ephemeris is, how Keplerian elements and Horizons vectors differ, and how the 3D orbit scenes use both.
2026-07-17 - How Black Hole Masses Are Measured
Stellar orbits, X-ray binary dynamics, and reverberation mapping behind the atlas numbers.
2026-05-11 - How Small Teams Build Credible Space Products
How small teams can build credible space products when they separate physics, operations, and presentation from hype.
2026-05-10 - The Converging Space-Technology Stack
Reusable spacecraft, smallsat data layers, robotics, and WebGL education tools are converging into a more inspectable space-technology stack.
2026-05-09 - A Practical Build Path for a Space-Education Startup
A practical startup path for space education and analysis: start with useful simulations, then add accounts, private datasets, and reports.
2026-05-08 - Making Space Technology Inspectable
Space technology pages should make the machinery and the math inspectable: what moves, why it moves, and what is simplified.
2026-05-07 - Astronomy Learning
Astronomy education works best when visual wonder is paired with units, scale, motion, and clear uncertainty.
2026-05-06 - What the Early Space-Tools Market Rewards: Clarity
The early market for space tools rewards clarity: explain what the model proves, what it approximates, and what the buyer can do with it.
Editorial Standard
How blog claims are handled
Quantitative claims need a model
Numbers, scale, motion, and object layout must be tied to a data source, unit conversion, or equation on the relevant page.
Simulations link back
When a blog post points to a simulator, the simulator carries its own model assumptions, proof notes, and limitations.
Further Reading
Books for going deeper
Cosmos — Carl Sagan's classic tour of the universe — still the best on-ramp for readers who found their way here through the blog.
Astrophysics for People in a Hurry — Short, focused chapters that pair well with individual posts on this blog when you want more depth without a full textbook.
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Mathematical model
Page model status
This page does not introduce a standalone generated physics or engineering simulation. Any decorative background or static illustration is presentation only; mathematical claims must come from the cited equations, catalog values, or linked model-verification pages.
No image-derived claim
\[\text{visual decoration} \ne \text{physical model}\]
Decorative images, icons, and background effects on this page are not used as evidence for a scientific or engineering statement.
Content claim standard
\[\text{claim} \rightarrow \text{source field or equation}\]
If the text gives a quantitative fact, it must be traceable to a data field, unit conversion, or equation on the relevant detailed page.
Model handoff
\[\text{open } \mathtt{/model\text{-verification/}}\]
Interactive pages linked from here carry their own mathematical model sections with equations, assumptions, proof notes, and limitations.
Verification standard: the rendered object must be reproducible from stated equations, catalog parameters, or explicit geometric transforms. Visual reference images may inform presentation only; they are not the source of orbital positions, field vectors, accretion-disk gradients, timing, or engineering layout.
Limitations: browser scenes may use bounded scale, compressed distances, simplified two-body dynamics, schematic transfer curves, or educational approximations where full numerical ephemerides, CFD, finite-element models, or general-relativistic ray tracing are outside the page scope. Those simplifications are part of the model contract, not hidden image-based construction.