What's your opinion on this? Do you believe we are ready for such technology? Imagine at our current state of global politics are we ready to start venturing into space and possibly into planets with life? And I'm not even considering possibilities of Intelligent life.
Have we truly been ready for any of humanity's technological developments? They tend to be very messy, and lead to all sorts of consequences few could predict.
A new model for faster-than-light travel that uses conventional physics
41–50 of 168 posts
Re: A new model for faster-than-light travel that uses conventional physics
#42Earlier quoted context omitted.
Given that human beings are very successful at breeding, I don't see the point of extending lifetimes so space can be explored by geriatric astronauts.
The problem with that is you don't know how willing the next generation is willing to continue carrying out the mission.
It does raise a moral argument though for only using robots.
Re: A new model for faster-than-light travel that uses conventional physics
#43Earlier quoted context omitted.
I can imagine this type of reaction when people started to suggest time past at different rates for different observers.
That's something you can literally demonstrate with accurate clocks and a mountain. This is a mathematical construct that is interesting but it is zero percent closer to any sort of demonstration of the effect let alone an actual implementation. It's frictionless pullies and spherical cows in terms of actual demonstration. Once something requires more energy than fusion reactions can provide you are at energy levels…
Re: A new model for faster-than-light travel that uses conventional physics
#44Not when the system requires energy equivalent to many Jupiters. To create a useful system you'd need to consume a Sun-sized star of mass on a monthly basis. We aren't there and honestly I don't see us ever being there.
My feeling is that interstellar travel will be slow and require many generations of travelers -- or not done by human beings at all.
Re: A new model for faster-than-light travel that uses conventional physics
#45Please Lord save me from this ridiculous clickbait headline.
Re: A new model for faster-than-light travel that uses conventional physics
#46Earlier quoted context omitted.
Actually it doesn't. The difference between perihelion and aphelion is around 6 million km, and it takes approximately 6 months to cover. That means Earth is moving away or towards the sun at 1 million km per month. That's 33,000 km per day. So 1300 km/h or so? Basically unless you're really fast, climbing the stairs is overwhelmed by other effects. Haven't taken the Earth's rotation into account but it should be les…
I could be wrong, but I think the GP was commenting specifically about time of day? At idealized midnight the vector between you and the sun goes through the center of the Earth, indicating that increasing altitude takes you away from the Sun, instead of towards it. At idealized Noon, the opposite is true.
Re: A new model for faster-than-light travel that uses conventional physics
#47What's your opinion on this? Do you believe we are ready for such technology? Imagine at our current state of global politics are we ready to start venturing into space and possibly into planets with life? And I'm not even considering possibilities of Intelligent life.
Re: A new model for faster-than-light travel that uses conventional physics
#48How does this solve the causality paradox?
There is no causality paradox with warp drives.
Re: A new model for faster-than-light travel that uses conventional physics
#49I just went upstairs and moved closer to the sun.
Re: A new model for faster-than-light travel that uses conventional physics
#50Earlier quoted context omitted.
There is no causality paradox with warp drives.
Nope. Literally any method of getting from A to B faster than light would, has a causality paradox. it does not matter if you cover the miles between FTL, or pop out of a hypothetical wormhole gate: If you end up outside of your own light cone, no matter how, there's a causality paradox.