[QUOTE=Uncwilly;593328]Planet None[/QUOTE]
Freudian slip?

[QUOTE=axn;593334]Freudian slip?[/QUOTE]Finger slip.

Uncwilly - if you would read the reports written you'd notice that James Webb is a telescope going to a Lagrange point and it should have a goldplated mirror which therefore determines what frequencies it can function at. Unlike my own telescope which has a cheapskate aluminium mirror and which i move by hand. Whereas gold has better reflectivity at other frequencies than aluminium it still is not too far away from visible light.

Now of course we all are very happy about this project and hope it will serve science well and figure out more than Hubble - yet that's not the same as the observations and anomaly detected, regardless what it is. Whether that's a black hole or something else like a math error.

Very obviously you cannot detect a possible small blackhole with a single small telescope which works close to visible light from close to earth.

More projects on Earth is very nice for jobs on Earth and we applaude to some of them, yet we want hard evidence instead of generations of scientists who disagree and write all sorts of theories based upon the fact we do not have hard evidence what direction we need to search. Go there with different sensors and find out what's going on there and i'm sure many things will be discovered with a fleet of drones - with this as the research question. Is there a small black hole over there or is there something else going on there we don't know about?

Fleet of drones please instead of words!

You ship a bunch of small drones provided it is possible to achieve the projected goal of propulsion beyond the Oort Cloud with those drones within a few year, i'd argue even if it would take 20 years, not to mention within a year as projected.

Go find out!

[QUOTE=diep;593349]Very obviously you cannot detect a possible small blackhole with a single small telescope which works close to visible light from close to earth.[/QUOTE]Very obviously you are wrong.

Ever tried observing gravitational microlensing with your telescope? I have with mine. I can put you in contact with the BAA sub-section coordinator if you wish to give it a try.

[QUOTE=diep;593326]<snip>
I'd ask the question then if it's possible to ship a single rocket up with a fleet of drones,
<snip>[/QUOTE]
Exactly what do you mean by a "fleet of drones" in LEO?

[QUOTE=Dr Sardonicus;593367]Exactly what do you mean by a "fleet of drones" in LEO?[/QUOTE]I took it to mean a bunch of cubesats.

Not at all clear how they would have the required optical sensitivity but perhaps an explanation may be forthcoming.

[QUOTE=Dr Sardonicus;593367]Exactly what do you mean by a "fleet of drones" in LEO?[/QUOTE]
[QUOTE=xilman;593370]I took it to mean a bunch of cubesats.

Not at all clear how they would have the required optical sensitivity but perhaps an explanation may be forthcoming.[/QUOTE]Not likely (the explanation coming).
[QUOTE=diep;593349]You ship a bunch of small drones provided it is possible to achieve the projected goal of propulsion [U][COLOR="DarkOrange"]beyond the Oort Cloud with those drones[/COLOR][/U] within a few year, i'd argue even if it would take 20 years, not to mention within a year as projected. [/QUOTE]Diep fails to understand several things about sending small drones beyond the Oort cloud.[LIST=1][*]Sources of power available to said craft at those distances.[*]Communcation issues with small craft beyond the orbit of Jupiter or any craft beyond Neptune.[*]The physics/propulsion to get said drones meaningfuly scattered, or to keep them in position relative to each other.[*]The actual distance to "beyond the Oort Cloud" and the speed needed to get there.
(The Parker Solar Probe just achieved a speed of 586,800 km/h [the fastest speed a human made thing in space has gotten to]. At that speed it would take about 4360 years to get to 150,000 AU which is near the edge of the Oort Cloud (I used that instead of the 200,000 AU figure just to make it nicer for Diep.[/LIST]

[QUOTE=diep;593349]You ship a bunch of small drones provided it is possible to achieve the projected goal of propulsion beyond the Oort Cloud with those drones within a few year, i'd argue even if it would take 20 years, not to mention within a year as projected.

Go find out![/QUOTE]Really? The Oort Cloud (whose existence AFAIK is supported more by statistical inference than hard evidence) is hypothesized to be between 2000 and 100000 AU from Mr. Sun.

If you know a way to get drones even to the inner edge of the Oort Cloud in a few years, or even 20 years, I'm sure a lot of folks would love to know about it.

Voyager I is projected to get 2000 AU out in 300 years or so.

[QUOTE=diep;593349]Uncwilly - if you would read the reports written you'd notice that James Webb is a telescope going to a Lagrange point[/QUOTE]And you ignored the other names I gave you. You dismiss IRAS data as being old. Do you not realise that the Palomar survey plates, which are decades older than IRAS, are still used to this day. And your assessment of HST vs JWST in results that lead to greater understanding is flawed. IRAS, ISO, and Spitzer are more closely matched to JWST in regards to where in the spectrum they look.

[QUOTE=Uncwilly;593376]And you ignored the other names I gave you. You dismiss IRAS data as being old. Do you not realise that the Palomar survey plates, which are decades older than IRAS, are still used to this day. And your assessment of HST vs JWST in results that lead to greater understanding is flawed. IRAS, ISO, and Spitzer are more closely matched to JWST in regards to where in the spectrum they look.[/QUOTE]The Harvard plate collection goes back well over a century. C19 plates are still used to this day.

[QUOTE=Uncwilly;593372]Not likely (the explanation coming).
Diep fails to understand several things about sending small drones beyond the Oort cloud.[LIST=1][*]Sources of power available to said craft at those distances.[*]Communcation issues with small craft beyond the orbit of Jupiter or any craft beyond Neptune.[*]The physics/propulsion to get said drones meaningfuly scattered, or to keep them in position relative to each other.[*]The actual distance to "beyond the Oort Cloud" and the speed needed to get there.
(The Parker Solar Probe just achieved a speed of 586,800 km/h [the fastest speed a human made thing in space has gotten to]. At that speed it would take about 4360 years to get to 150,000 AU which is near the edge of the Oort Cloud (I used that instead of the 200,000 AU figure just to make it nicer for Diep.[/LIST][/QUOTE]See [URL="https://en.wikipedia.org/wiki/Breakthrough_Starshot"]Breakthrough Starshot[/URL] for an analysis of all your list items.

May be possible to build such a system this century.