Universities Asleep at the Switch

Learn why future science will prove that
“Binary stars of the same mass must have opposite spins,”
and scores of other insights about the nature of the physical universe...

Quarks are the smallest phenomena from which our universe is built. Galaxies are the largest. Can the dances of the stars and rotation of the tiniest atomic structures all be governed by one set of rules? Today’s colleges and universities say no, but in this book Daniel P. Fitzpatrick envisions unified answers to everything that makes our universe tick — and what it means to human beings in the middle of it all.

Learn why future science will prove that
“Binary stars of the same mass must have opposite spins,”
and scores of other insights about the nature of the physical universe...

Quarks are the smallest phenomena from which our universe is built. Galaxies are the largest. Can the dances of the stars and rotation of the tiniest atomic structures all be governed by one set of rules? Today’s colleges and universities say no, but in this book Daniel P. Fitzpatrick envisions unified answers to everything that makes our universe tick — and what it means to human beings in the middle of it all.

Learn why future science will prove that
"Binary stars of the same mass must have opposite spins,"
and scores of other insights about the nature of the physical universe...

Learn why future science will prove that
"Binary stars of the same mass must have opposite spins,"
and scores of other insights about the nature of the physical universe...