Your mass comes mostly from the protons and neutrons in your atoms. Yet the quarks inside them, whose mass is linked to the Higgs field, account for only about 1 to 2% of it. The rest comes from the enormous energy of the strong force binding those quarks, turned into mass through E = mc². You are, essentially, made of binding energy.
Cooled below −183 °C, oxygen turns into a pale blue liquid. Pour it between the poles of a strong magnet and, instead of flowing away, it hangs suspended between them. The reason lies in its unpaired electrons, which respond to the magnetic field. Liquid nitrogen, by contrast, is colourless and pours straight through.
In 2012, Felix Baumgartner jumped from a capsule hanging beneath a balloon, about 39 kilometres up. In that extremely thin air almost nothing slowed him down, and he reached around 1,358 km/h in free fall, or Mach 1.25. He became the first person to exceed the speed of sound with nothing but his own body.