Explore the evolution and future of fundamental physics in this thought-provoking lecture by Nobel laureate Steven Weinberg. Delve into the growth of physics from its small origins to the era of Big Science, examining the motivations behind this expansion and its significant outcomes. Analyze the challenges faced by large-scale scientific endeavors, particularly in light of reduced funding for basic research. Gain insights into the importance of continued investment in scientific advancement and the potential consequences of scaling back Big Science initiatives. Discover the technological spin-offs of scientific research and the unique challenges faced by different scientific disciplines. Reflect on the DIY nature of scientists and the exciting developments in contemporary science. Consider the competition for resources between various scientific projects and its impact on the field's progress.
Overview
Syllabus
Brian Greene Introduction.
Steven Weinberg Introduction.
100th anniversary of the nucleus of the atom.
Building accelerators after WWII
The Bevatron and the new particle.
The Large Hadron Collider.
We are forced into the mold of BIG science.
The new set of fields... the Higgs Boson
The pessimism of the SSC
What the senate said about big science.
There is no alternative to spending more money to advance science.
Technological spin offs of science.
Astronomy has a whole different set of problems.
The DIY of scientists.
A tremendously exciting time for science.
Colliders vs the ISS
Big science and its competition for position.
Taught by
World Science Festival
