Thats called "moving the goal posts"
Moving them to what? Read my original post:
"GPS satellites have to account for relativistic effects in order to work properly."
Which they don't. They work just fine WITHOUT accounting for relativistic effects. So when someone says "the GPS system wouldn't be accurate without accounting for relativistic time dilation," they're wrong. Same as the people who say "humans evolved from monkeys" and "humans only use 10% of their brains." Inaccurate statement is inaccurate.
I could explain in more detail why this statement is inaccurate, but I'm not sure you actually care.
No, MASS is EQUIVALENT to energy through the equation E=mc^2. This is a mathematical equivalence that tells us that any time a particle releases energy, it also loses an equivalent amount of mass; conversely, adding mass to a particle requires requires a certain amount of energy.
When you force two particles together, and the resulting product of the combination has less mass than the sum of its parts, this is because energy has been released (as in a fusion reaction). When the energy released exceeds the energy needed to fuse those atoms in the first place, you have fusion energy. Same for a fission reaction: when it takes less energy to split an atom than the atom releases in the splitting, you have fission energy. With me so far?
So:
Energy is always stored in matter
No. Energy is stored in forcefields BETWEEN particles of matter. Chemical energy is stored in the electromagnetic bonds between molecules and atoms, and is released when those bonds are broken. Nuclear energy is stored in the week forces between protons and neutrons, and is released when atomic nuclei are fused or split. Annihilation energy is stored in the strong/gluonic forces between quarks and is released when protons, neutrons and electrons collide with their anti-particle twins, splitting them into quarks and neutrinos.
MATTER does not convert into energy, MASS does. Matter is composed of both mass AND energy; a given quantity of matter can become less massive and more energetic or less energetic and more massive. But you cannot "convert matter into energy" anymore than you can "convert matter into mass."
While storing a million compounds (and no, a dozen amino acids would *not* get you close to the many many flavors and aromatics humans alone can detect) is asinine, even if you reduce the technical challenge to one not more difficult than what we can do now.
Current food science has detected a sharp disconnect between what foods are made out of and what they actually taste like. Scientists are finding it's not hard to trick taste receptors into thinking they're tasting something that they're not. To that extent, artificial flavoring is going to be ALOT easier to store than the compounds that make up the natural flavors of a million different kinds of foods. Mix and match them like so much paint and you can probably reproduce any flavor you want (much like we already do with colors; your laser printer doesn't have a million cartridges, one for each different hue and color variation; it has three primary colors and a black cartridge and it combines them as needed).
If the subroutine that adds appropriate flavors to a beverage aren't programmed correctly or haven't been adjusted to match the flavor correctly, you get a cup of coffee that has all the nice coffee-like features in it:
But actually tastes like Worf's underwear after taco night.