First, you'll need a faster than light (FTL) drive. Like warp speed in the movies. Theoretically, it's impossible today, but may yet be discovered. You have to have faith. And a real good camera. That should be easy. We went from the first photographs of Abe Lincoln as a young man to high resolution video cameras and CGI in everyone's phone in less than two centuries. Imagine what the next 200 years will bring? The sunlight that reflected off Jesus while he walked on earth is still traveling through the vacuum of space. We know where that reflected sunlight is. It's 2,025 light years away from earth in a vast arc. With a good enough camera, and positioned in the right place, you can theoretically assemble a photograph of Jesus walking on water from those captured photons. It would look like, that is, it would be, a close up arial photo from Biblical days. If it was a cloudy day, more research into infrared cameras might be needed, but there's no rush. With the FTL drive, you just move the better cameras to where the light particles will be in the future. You just have to have faith in science.
afterthought: Once we have the FTL drive, we can practice on capturing the reflected sunlight from Dealy Plaza. That's only 62 light years away.
If you're driving your CyberTruck™ 100mph with the windows up, and there's a fly flying around inside your CyberTruck™, and then you crash into a concrete wall head-on, what happens to the fly?
For non medfags, a single source bottleneck in something as complex as the chain of events leading to Alzheimer's could potentially be YOOGE in terms of treatment.
blue eyes are much more likely to change than brown eyes during the early stages of our lives
"You might have a freckle that doesn't do anything," says Mackey. "But for some people these can grow into tumours, and they can be a serious problem."
