I guess what he did was become something akin of a higgs boson, granting mass to massless things. We know it's possible to create energy from mass, so here what he did was create mass from energy"I'm no longer breaking the rules" he says, while breaking the rules of physics![]()
I can't remember the exact details exactly but as I sort of remember it it's that while a photon doesn't technically have any measurable mass, a consentrated "beam" of photons can exert force (just like an object of mass) upon mass, which would indicate (like the dual slit experiment shows photons behaving both like a wave and a mass, but afaik it's not scientifically proven) that photons might have mass but in such a miniscule number that it's practically as close to zero you can get without actually reaching zero.Well actually, I just researched, and while not having a true mass, a high energy photon can act like having mass, "If by mass you mean the inertial mass (the m in the momentum-velocity relation p=mv) a photon can gain some by falling in a gravitational field"
So while not possible for a photon to have mass, the author probably got this information to do this beam attack
Yeah, and I learned it's used in rocket fabrication to open a very thin plastic like material, that any other type of force would tear a holeI can't remember the exact details exactly but as I sort of remember it it's that while a photon doesn't technically have any measurable mass, a consentrated "beam" of photons can exert force (just like an object of mass) upon mass, which would indicate (like the dual slit experiment shows photons behaving both like a wave and a mass, but afaik it's not scientifically proven) that photons might have mass but in such a miniscule number that it's practically as close to zero you can get without actually reaching zero.
Sometimes people talk about the relativistic mass, which is confusing since it really isn't massI can't remember the exact details exactly but as I sort of remember it it's that while a photon doesn't technically have any measurable mass, a consentrated "beam" of photons can exert force (just like an object of mass) upon mass, which would indicate (like the dual slit experiment shows photons behaving both like a wave and a mass, but afaik it's not scientifically proven) that photons might have mass but in such a miniscule number that it's practically as close to zero you can get without actually reaching zero.
I can't remember the exact details exactly but as I sort of remember it it's that while a photon doesn't technically have any measurable mass, a consentrated "beam" of photons can exert force (just like an object of mass) upon mass, which would indicate (like the dual slit experiment shows photons behaving both like a wave and a mass, but afaik it's not scientifically proven) that photons might have mass but in such a miniscule number that it's practically as close to zero you can get without actually reaching zero.
Technically he's making new ones."I'm no longer breaking the rules" he says, while breaking the rules of physics![]()
Au contraire, dear Watson, photons do have mass. While in motion. And that is true for all photons. (You can gravity lense microwaves and radio waves as well). They just don't have any while standing still. If they had they couldn't move at the speed of light (through space*). As the mass, no matter how small, would become infinite.Well actually, I just researched, and while not having a true mass, a high energy photon can act like having mass, "If by mass you mean the inertial mass (the m in the momentum-velocity relation p=mv) a photon can gain some by falling in a gravitational field"
So while not possible for a photon to have mass, the author probably got this information to do this beam attack
They don't have rest mass. Anything above 0 mass would result in infinite mass at the speed of light.I can't remember the exact details exactly but as I sort of remember it it's that while a photon doesn't technically have any measurable mass, a consentrated "beam" of photons can exert force (just like an object of mass) upon mass, which would indicate (like the dual slit experiment shows photons behaving both like a wave and a mass, but afaik it's not scientifically proven) that photons might have mass but in such a miniscule number that it's practically as close to zero you can get without actually reaching zero.
That's called a laser, duh.Yeah, and I learned it's used in rocket fabrication to open a very thin plastic like material, that any other type of force would tear a hole