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originally posted by: oldcarpy
I am fond of the interstellar drive in the EE "Doc Smith" books - the first space operas. Inertia-less drive. Way ahead of his time.
Basically if you can cancel out inertia you can accelerate and manoeuvre without having to worry about mass or G-forces. Not FTL, though.
I think his Triplanetary series was written in the 1930's. Good stuff.
originally posted by: oldcarpy
I am fond of the interstellar drive in the EE "Doc Smith" books - the first space operas. Inertia-less drive. Way ahead of his time.
Basically if you can cancel out inertia you can accelerate and manoeuvre without having to worry about mass or G-forces. Not FTL, though.
I think his Triplanetary series was written in the 1930's. Good stuff.
originally posted by: butcherguy
a reply to: network dude
I think that the biggest reason is the relative emptiness of space. Interstellar travel would mean not much to run into.
Roughly 100 tons of fine dust, grit, gravel hits the earth every day, so I would think its not all that empty.
originally posted by: Erno86
A Magnetic shield --- surrounding a starship --- must also be powerful enough to diffuse or deflect particle beams and lasers aimed at it. For magnetic shield diffusion to be successful...a particle beam or laser strike will have to be deflected or absorbed by the magnetic field, by causing an electric current at the strike zone; whereas the beam will only penetrate/fracture or bend the shield a small but ineffective distance for a microsecond --- But this process allows the magnetic shield to absorb the potentially lethal hit, by spreading the weapon's energy over the whole radius of the magnetic shield itself; thus rendering the weapon strike harmless.
And the only possible way to create a magnetic shield of this magnitude...is to harness the strong magnetic field from a micro-mini black hole propulsion unit housed onboard the starship itself.
Cheers
Erno
The weak force has a very short range, gravity is extremely weak on the subatomic scale, and neutrinos, as leptons, do not participate in the strong interaction. Thus, neutrinos typically pass through normal matter unimpeded and undetected.[2][3]
originally posted by: moebius
originally posted by: Erno86
A Magnetic shield --- surrounding a starship --- must also be powerful enough to diffuse or deflect particle beams and lasers aimed at it. For magnetic shield diffusion to be successful...a particle beam or laser strike will have to be deflected or absorbed by the magnetic field, by causing an electric current at the strike zone; whereas the beam will only penetrate/fracture or bend the shield a small but ineffective distance for a microsecond --- But this process allows the magnetic shield to absorb the potentially lethal hit, by spreading the weapon's energy over the whole radius of the magnetic shield itself; thus rendering the weapon strike harmless.
And the only possible way to create a magnetic shield of this magnitude...is to harness the strong magnetic field from a micro-mini black hole propulsion unit housed onboard the starship itself.
Cheers
Erno
A magnetic field has no effect on em-radiation (lasers etc.).
Deflection of charged particles produces em-radiation, which depending on the energies involved can be just as dangerou
At the quantum level, an effect known as 'Delbruck Scattering' can occur where it is thought that an extremely large EM wave can break a photon down into a electron and a positron, both of which do carry a charge and can therefore have their paths altered by an EM field.
But there can be a scattering effect where the particle and anti-particle annihilate each other and form two lower-energy photons which then travel in different directions.
"Pair production is invoked to predict the existence of Hawking radiation: Where the electron and positron in pair production (so that the energy of a photon can be converted into an electron-positron pair), might be sometimes wretched apart before they have a chance to mutually annihilate each other --- This process can be achieved by Hawking radiation...where one particle may escape while its antiparticle partner is absorbed by the black hole "
edit on 20-9-2017 by Erno86 because: link workedit on 20-9-2017 by Erno86 because: dittoedit on 20-9-2017 by Erno86 because: dittoedit on 20-9-2017 by Erno86 because: dittoedit on 20-9-2017 by Erno86 because: grammaredit on 20-9-2017 by Erno86 because: removed link
originally posted by: BASSPLYR
How would electricity flow etc? Maybe it wouod be better to sheild your mass fromthe rest of the universe?
originally posted by: Krakatoa
As for the question on faster than light communication, that is explained (in Star Trek) as being "transmitted though subspace". We can interpret that today as using quantum entanglement as the medium to transfer the information faster than light. Another thing that recently was proven to be possible using entangled photons (if memory serves).
originally posted by: MuonToGluon
a reply to: intrptr
Memory Alpha Star Trek Wiki
Great site, it explains in detail every bit of tech and how it's suppose to work, including plot holes being unexplained or some certain tech that was detailed wrong through out the different series.
originally posted by: MuonToGluon
a reply to: Phage
That was the transgenetic wars (or whatever it was named) wasn't it? Klingons stole the sequences and inserted into their DNA...some virus intermingled and boom, Klingons go dead now.
Think the main Scientist was plated by Brent Spiner in Enterprise.
Okay, how the hell do I remember this stuff I read a decade ago about Star Trek!? But I can't remember how to tie a knot >_>