The study of proton-antiproton collisions at the very highest energies 
probe the fundamental structure of our world.  The CDF collaboration 
has studied 
such interactions at a centre-of-mass energy of 2 TeV at the Fermilab Collider.
These studies have provided a wealth of data on the interactions of the 
electroweak 
gauge bosons, the $W^+$\ and $Z^\circ$, including a precise measurement of
the mass and width of the $W^+$\ boson.  
A measurement of 
the scattering of high-energy quarks and gluons has yielded stringent tests
of quantum chromodynamics, the model that provides the best description of 
hadronic interactions.
The proton-antiproton collisions are a copious source of bottom quarks,
and several measurements of their properties have been made by the
CDF collaboration.
The CDF experiment has also searched for the top quark and the results of
this search place the most stringent bounds on its mass.
These results will be reviewed and the future progress of this experiment
will be discussed. 


Name:			Pekka K. Sinervo

Affiliation:		Department of Physics, University of Toronto

Title of Abstract:	Results from the CDF Experiment