I already explained that it doesn't GET anywhere implying that travel is involved.
Travel is
unavoidable. We are here; The Sun is 150,000,000km away. For one to influence the other in any way,
something has to cross that distance; The information that the Sun is there has to get from the Sun to our brains
somehow.
No information can travel faster than 299792.458km/s. The claim that we see the Sun instantly, and not as it was eight and a half minutes ago, is mathematically identical to claiming that the information crossed the distance between the Sun and our brains faster than 299792.458km/s - in fact, it is a claim that information travelled at infinite speed.
We can show that this does not happen. You don't have to take anybody's word for it; It's incredibly easy to test it for yourself.
When we see the sunset, the light from the Sun is also illuminating the objects nearby. But if we were seeing those objects only after the eight and a half minutes needed for that light to arrive, but seeing the Sun in real time, then the light would still be illuminating our surroundings eight minutes after the last of the Sun's disk had fallen below the horizon.
Similarly, at sunrise, we would see the Sun well above the horizon*, before the first of the direct sunlight arrived to illuminate our surroundings. This is a prediction that is made by your model, and it is easy to test. Anyone can observe it to be false. No special equipment, and no qualifications, accreditations, or memberships are needed; Anyone can test it for themselves.
And anyone who does, will see that the direct light from the sun illuminates our surroundings
at the same time that we first see its disk rise above the horizon. We see the Sun after the
exact same delay required to see its light illuminate our surroundings. Therefore your model cannot be right.
Your claims:
1) That we see the Sun instantly, but
2) That our surroundings are not visible until the photons complete their eight and a half minute journey,
...cannot
both be true. If they were, we would not see direct sunlight illuminate our surroundings until the Sun was some two degrees (four times it's own diameter) above the horizon.
* The Sun appears to travel it's own apparent diameter in about two minutes, so it would be seen to be four times it's own diameter above the horizon before the light illuminated our surroundings.