Before creating a useful article, you need to understand what already exists.
That does not mean reading the top-ranking page and producing your own version of it. It means investigating the subject widely enough to understand:
- the main parts of the question;
- the advice that repeatedly appears;
- the areas where sources disagree;
- and the related questions that matter to the same reader.
You are not collecting sentences to rewrite.
You are building a map of the existing information.
To demonstrate how this works, I carried out a small research exercise using a topic that might realistically be investigated by someone building a hobby website.
The starting query was:
How do I choose my first telescope for viewing the Moon and planets?
This article is not an attempt to build a telescope website or provide the definitive answer to that question.
The telescope subject is simply being used to demonstrate the research process.
Start With the Exact Question
I began by asking the question in Google AI Mode.
Its answer covered several points, including:
- aperture;
- magnification;
- telescope mounts;
- Dobsonian telescopes;
- refractors;
- Maksutov-Cassegrain and Schmidt-Cassegrain telescopes;
- portability;
- specialist retailers;
- finderscopes;
- light pollution;
- budget;
- and whether the telescope would be used at home or transported elsewhere.
The original question appeared to be asking for one product recommendation.
The answer revealed that it was really a collection of connected decisions.
This is similar to the idea of query fan-out.
A person may ask one apparently simple question, but a useful answer may require several related searches or sub-questions to be considered.
For the telescope query, those sub-questions included:
- What does aperture mean?
- How much aperture is needed?
- Why can magnification claims be misleading?
- Which type of telescope is most suitable?
- How important is the mount?
- How much equipment can the person comfortably move?
- What can they realistically expect to see?
- Are they interested in visual astronomy or photography?
- Will they be observing from a city?
- What is their total budget?
The first benefit of asking an AI system was therefore not that it provided a finished answer.
It helped expose the shape of the subject.
Treat the AI Answer as a Research Map
An AI response can give you a useful starting overview, but it should not automatically be treated as the consensus.
The telescope answer made some confident claims. For example, it suggested a minimum aperture, described Dobsonian telescopes as a beginner gold standard and recommended particular telescope designs for viewing planets.
Those claims needed to be checked.
I therefore treated the AI response as:
- a list of possible research topics;
- a collection of claims to investigate;
- and a starting map of the wider question.
I did not count it as an additional independent source.
That matters because the AI answer may already be based on some of the pages you later read. Counting the AI summary and its underlying sources as separate confirmation could exaggerate the apparent level of agreement.
Read a Small but Varied Selection of Sources
I then looked more closely at three sources:
- Sky & Telescope
- AstroBackyard
- The Smithsonian National Air and Space Museum
This was not intended to be comprehensive research.
Three sources are not enough to produce the definitive guide to buying a telescope. The aim was to demonstrate how patterns begin to emerge when different types of sources are compared.
The sources also offered useful variety.
Sky & Telescope provided a detailed specialist guide that examined the advantages and disadvantages of different designs.
AstroBackyard provided a strong recommendation based partly on the author’s personal experience and included affiliate links to particular products.
The National Air and Space Museum provided general educational advice without recommending a particular telescope brand.
Looking at different types of sources is important. Reading five commercial buying guides that all recommend similar products may give a misleading impression of consensus.
Record the Main Ideas in Your Own Words
The next stage is not to copy useful paragraphs into your draft.
It is to record what each source is actually saying.
A simple comparison could look like this.
Sky & Telescope
The article identified aperture as an important specification but warned against automatically buying the largest telescope available.
It emphasised:
- observing goals;
- sky conditions;
- budget;
- storage;
- weight;
- portability;
- mount stability;
- realistic expectations;
- and the trade-offs between telescope designs.
It supported Dobsonian telescopes as excellent value but also mentioned maintenance requirements such as collimation.
It also explained that relatively small telescopes can still provide worthwhile views of the Moon and planets.
AstroBackyard
AstroBackyard gave a much stronger recommendation.
The author recommended an eight-inch Dobsonian for most beginners, based partly on his own positive experience of starting with a smaller Dobsonian telescope.
The article emphasised:
- aperture;
- simplicity;
- stable manual mounts;
- learning the night sky;
- visual astronomy before astrophotography;
- realistic expectations;
- portability;
- setup time;
- and the total cost of the telescope and accessories.
However, the article was discussing the best all-round beginner telescope, not exclusively the best telescope for short sessions viewing the Moon and planets.
It also included affiliate links and recommended a particular model.
That does not make the advice invalid. It simply gives the source a particular perspective that should be recorded as part of the analysis.
National Air and Space Museum
The museum article agreed with several of the broad principles found elsewhere.
It advised readers to:
- avoid telescopes promoted mainly through exaggerated magnification;
- pay attention to aperture;
- choose a solid mount;
- consider a Dobsonian as a popular beginner option;
- and select equipment they will realistically use.
However, it also introduced an earlier stage in the journey.
It suggested that some complete beginners should not buy a telescope immediately. They might be better starting with a sky map, binoculars, an astronomy club or a public observing event.
It also pointed out that the Moon and brighter planets can be observed from light-polluted areas.
Look for Patterns Across the Sources
Once the main points had been recorded, I compared them.
The aim was not to count identical phrases.
It was to identify principles that continued to appear even when the sources approached the subject differently.
Strong areas of agreement
The sources broadly agreed that:
- the right telescope depends on the person using it;
- aperture is more useful than exaggerated magnification claims;
- a stable mount is essential;
- portability and setup effort affect how often the telescope will be used;
- beginners need realistic expectations;
- Dobsonian telescopes provide substantial aperture and stability for the price;
- very cheap telescope packages can be disappointing;
- and visual astronomy is different from astrophotography.
These conclusions survived across different source types.
That makes them reasonable candidates for the emerging consensus.
Agreement that still required qualification
The sources also broadly agreed that Dobsonian telescopes are strong beginner options.
However, they did not prove that every beginner should buy an eight-inch Dobsonian.
A large Dobsonian may be ideal for someone who wants maximum visual performance for the money and can store and move it easily.
A smaller refractor or compact compound telescope might suit someone who:
- has limited storage;
- cannot lift heavy equipment;
- wants very short observing sessions;
- values portability;
- or mainly wants to view the Moon and planets.
The consensus was therefore not:
Everyone should buy the same telescope.
It was closer to:
Dobsonians are widely regarded as one of the strongest beginner choices, but the final decision depends on the buyer’s needs and circumstances.
Points that remained unresolved
The sources did not establish one clear answer for:
- the minimum aperture a beginner needs;
- the minimum sensible budget;
- the best telescope type specifically for the Moon and planets;
- whether a beginner should start with a telescope or binoculars;
- or whether manual, app-assisted or computerised control is preferable.
These unresolved areas are not evidence that the research failed.
They are part of the research outcome.
Good research should show where a genuine consensus exists and where advice still depends on circumstances, preferences or further investigation.
Map the Connected Topics
The research also revealed that the original telescope query was connected to a much wider reader journey.
Before buying
The reader might ask:
- Should I begin with binoculars?
- Should I visit an astronomy club?
- What should I learn about the night sky first?
- Do I want visual observing or photography?
Choosing the equipment
The reader might then need to understand:
- aperture;
- magnification;
- telescope designs;
- mount stability;
- portability;
- storage;
- budget;
- accessories;
- manual controls;
- app assistance;
- and computerised tracking.
After buying
The next questions could include:
- How do I assemble the telescope?
- How do I align the finder?
- How do I locate Jupiter or Saturn?
- What will the planets really look like?
- Can I observe from a city?
- How do atmospheric conditions affect the view?
This map does not mean all those questions should be squeezed into one enormous article.
The research has uncovered connected interests, not one compulsory mega-topic.
A useful principle is:
Map broadly, publish narrowly.
Some of the questions may belong together. Others may deserve separate posts.
The Research Can Reveal a Hub Page
Once the connected topics have been mapped, a possible hub-and-spoke structure may become visible.
For example, the hub page could be:
Getting Started With Your First Telescope
It could introduce the overall journey and link to individual articles such as:
- Should you start with binoculars or a telescope?
- How much aperture does a beginner need?
- Why telescope magnification claims can be misleading
- Why the mount matters as much as the telescope
- Dobsonian, refractor or Maksutov for viewing planets?
- Manual, app-assisted or GoTo telescope?
- What will planets actually look like?
- Can you view planets from a light-polluted city?
- How to set up and align a new telescope
- What accessories does a beginner need?
The hub explains the wider journey.
The supporting posts deal properly with the individual stages.
This is another benefit of researching before writing. You may begin by investigating one article and discover a useful structure for a much broader section of your website.
Use AI to Organise the Notes, Not Replace the Research
Once you have read the sources and recorded the main ideas, ChatGPT can help organise the material.
For example, you could use a prompt such as:
I have collected notes from several sources answering the same question. Group the notes into common themes. Identify the points that appear across several sources, the points that require qualification, the areas where the sources disagree and any additional questions raised. Do not draft the article and do not copy the original wording.
That gives AI a useful analytical role.
You are not asking it to blend several articles into a new article.
You are asking it to help you see the patterns in research you have already conducted.
How Much Research Is Enough?
The telescope exercise shown here was deliberately limited.
A more comprehensive project might include:
- further astronomy publications;
- telescope retailers;
- astronomy clubs;
- product manuals;
- beginner discussions on Reddit;
- video demonstrations;
- and separate searches for some of the subtopics identified.
For example, the initial research raised a question about whether a Dobsonian or a compact Maksutov would be better specifically for quick lunar and planetary observing.
That could be investigated as a separate query.
The same applies to:
- suitable aperture;
- viewing planets from a city;
- the role of binoculars;
- realistic beginner budgets;
- and manual versus computer-assisted mounts.
Some original queries will produce a large and complicated map.
Others may reveal only two or three closely connected questions.
Do not manufacture complexity where none exists.
The purpose is to understand the subject well enough to recognise its genuine components and the main body of existing advice.
A Reusable Research Process
The method can be reduced to seven stages:
- Write down the exact starting query.
- Ask ChatGPT or an AI search system for an initial overview.
- Use the answer to identify claims and possible subtopics.
- Read a varied selection of relevant sources.
- Record each source’s main points in your own words.
- Separate strong agreement, qualified agreement and unresolved questions.
- Map the connected topics without forcing them into one article.
The output is not yet the finished content.
It is a structured overview of:
- what the existing web generally says;
- what the main parts of the subject are;
- and where further research may be needed.
Only after that stage do you move on to deciding how your own article can contribute something useful.
Research the Ideas, Not the Sentences
The purpose of researching existing web content is not to disguise someone else’s article in different wording.
It is to understand the existing body of information.
In this example, the research began with one telescope question. It uncovered a series of connected decisions, several strong areas of agreement, some important qualifications and a number of unresolved questions.
The exercise was not comprehensive, but it created a clear path for continuing the research.
That is the real objective:
First map the question. Then map the consensus.
Once you understand what already exists, you are in a much better position to decide what should be researched more deeply, what belongs in separate articles and where your own work can eventually add something worthwhile.