Fusion
* Most fusion occurs during phases
  - in cores
  - on surfaces
  - produces energy
  - provides energy
  - releases energy
* Most fusions involve a small number of vertebrae and the loss of flexibility is minimal
  - span relatively small spinal segments and therefore limit motion minimally
* Some fusion occurs during evolution
  - in centers
* Web site creation tool that helps businesses build and manage Web sites.
* allows the virus genome into the host cell where it replicates.
* also avoids the dangerous radioactive waste associated with fission
  - has homogeneous dispensable fluxes to use with wire, rings, and preform alloys
* alters the chemical composition of stellar interiors.
* brings two light nuclei together to form a heavier one.
* can be that energy source
  - take place between isotopes of elements lighter than iron
* combines hydrogen atoms into helium, producing bountiful energy as a byproduct.
* cooking style that blends techniques and ingredients from various cultures.
* creates more energy with less resource investment than any other form of energy known to man.
* deposits the capsid in the cytoplasm, where it migrates to the nucleus.
* employs a bone graft or some other device to join the vertebrae together.
* explains patterns.
* form of nuclear power much safer and cleaner than the present fission standard.
* gradually increases the amount of helium and decreases the amount of hydrogen.
* happens at the center of stars
  - when protons crash into each other and stick together
* has no harmful emissions or long lasting radioactive waste.
* involves heating a mixture of hydrogen isotopes hydrogen atoms with neutrons inside.
* is achieved by melding atomic nuclei of two elements under extremely high temperatures
  - an union
  - believed to be possible only under extremely high temperatures
  - combinations
  - complete in bovids and cervids , and the resulting bone is called a cannon bone
  - corrections
  - difficult to control because the reactions happen at temperatures of millions of degrees
  - just the opposite, light atoms are joined to form a heavier one
  - nuclear reaction
  - quite different from fission
  - similar to that described in Chlamydomonas, forming a zygote with four flagella
* is the alternative to fission
  - bringing together of two or more nuclei, to form one larger nucleus
  - dominant source of energy for stars in the universe
  - end of the continuum of the cline
* is the energy source of the stars - the energy that is liberated when atoms combine
  - sun and all of the stars
  - that powers the sun
  - which makes the sun and the stars shine
  - equivalent of compression in the release of heat
* is the fusing of two light nuclei into a heavier atom
  - together of hydrogen to form helium
* is the joining of nuclei to make larger nuclei, with the release of energy
  - two light nuclei to produce a heavier one
* is the joining of two nuclei to form a heavier nucleus
  - to form a larger nucleus
  - or more vertebrae
  - teeth by the pulp tissue and the dentin
  - melting of ice and vaporization is the boiling of water
  - method by which hydrogen bombs operate
  - most important phenomenon in nature
  - nuclear process which occurs in hydrogen bombs
  - opposite of fission
  - power source of the sun and the stars
* is the process that makes the sun shine and the hydrogen bomb to explode
  - occurs in the Sun and other stars
  - powers the sun and the stars
  - where two particles of matter combine to form a single larger unit
  - production of heavier elements by the fusing of lighter elements
  - same reaction that makes the sun shine and makes an H-bomb so powerful
* is the source of heat in the sun
  - the sun's energy and is the source of energy in hydrogen bombs
  - type of energy conversion that takes place on the sun
  - unification of industrial design, engineering and tooling
  - union of two light nuclei to form a heavy nucleus
  - way the sun and stars produce their energy
  - triggered by very high temperature and pressure at the core
  - visual perceptions
  - what causes the sun to produce energy
  - when the bones are fused together and there is no motion at the hip joint
* is when two or more parties nominate the same candidate for the same office
  - particles collide to form one bigger particle
  - people are combined into one different person
* joins together two small nuclei.
* makes the stars shine.
* means to put two thing together to form one thing.
* nuclear process in which two light nuclei combine to form a single heavier nucleus
  - reaction in which nuclei combine to form a heavier nucleus
* occurs between each sperm nucleus and the nearest free egg nucleus
  - deep within a star and results in tremendous amounts of radiation
* occurs in a shell around the iron core, so the iron core continues building in mass
  - the deep interiors of stars
* occurs on surfaces
  - the sun when two small hydrogen nuclei join to form a larger helium nucleus
  - when four hydrogen atoms are squeezed together to form two helium atoms
* occurs when two hydrogen atoms are joined to become a heavier helium atom
  - light atoms bond together, or fuse, to make a heavier one
  - or more tooth germs form a single tooth
* only takes place at very high temperatures and pressures.
* produces a lot of energy
* refers to combining databases
  - the joining of two nuclei to form one larger nucleus
* releases a substantial amount of energy
  - great amounts of energy over millions of years
* relies on hydrogen, which is plentiful in the universe.
* relieves the pain of advanced joint disease and strengthens weak joints.
* requires that hydrogen be combined to make helium
  - two positively charged particles to combine
* takes place in an ultra-high temperature plasma, releasing extremely high energy
  - when lighter atomic nuclei are combined to form heavier nuclei
* very broad field, spanning many disciplines.
* works for nuclei lighter than iron.
+ Nuclear energy
  * Nuclear fusion is the combining of two atoms into one and nuclear fission is the splitting of an atom. Both ways make big amounts of energy. They sometimes take place in nature. Fusion is the source of heat in the sun. Fission is also used in nuclear power plants to make electricity. Both fusion and fission can be used in nuclear weapons.
+ Star, Birth and life and death of stars
  * When hydrogen is fused it makes helium. To fuse hydrogen it must be very, very hot and the pressure must be very, very high. Fusion happens at the center of stars.
+ Star: Astrophysics
  * The energy of stars comes from nuclear fusion. This is a process that turns a light chemical element into another heavier element. Stars are mostly made of hydrogen and helium. They turn the hydrogen into helium by fusion. When a star is near the end of its life, it begins to change the helium into other heavier chemical elements, like carbon and oxygen. Fusion produces a lot of energy. The energy makes the star very hot. The energy produced by stars radiates away from them. The energy leaves as electromagnetic radiation.