Dr. Raymond Havlicek & Friends Podcast
Dec 31, 2025 · 43 min · 10 segments
Frank and Ray discuss what has happened to physics and what to know about UFO's and a possible government coverup. We discussed the great UFO documentary "Age of Disclosure." Thanks for listening!…
Frank, could you explain to our listeners, what exactly is physics? How do you define physics?
Well, physics is the study of our universe, right? What makes it tick? What is the nature of time? What is force? What is energy? Is there such a thing as dark energy? That's been on our radar since 1998 and the measurements, the supernova measurements are...
talking about the fact that our universe isn't slowing down really from the Big Bang, rather its expansion is accelerating.
Since 1998, we've thought that, and we don't know what causes it, right? So people sort of posited, almost out of nowhere, this idea of dark energy.
And what is the—it seems to me that physics has really come a long ways, that we have nuclear physics, we have cosmology, we have Einstein's theory of relativity, we have quantum mechanics, etc.
But yet then I listen to some of these guys and they tell us how much we don't know.
Really, physics has come a long way since 200 years ago, right? But in the last 40 or 50 years, we have not come a long way.
I joke sometimes that these days we give out Nobel Prizes for discovering how to make blue lasers, right? And purple lasers, which is true.
Nothing like, you know, the foundational breakthrough Nobels of the first half of the 20th century.
The reason why people say physics is in the nightmare scenario right now, I guess to give a specific example, we had the Large Hadron Collider in CERN over in Switzerland, right? And people were hoping...
were hoping that it would give us some indication of physics beyond the standard model, BSM physics.
Well, it did not, right? It confirmed the presence of the Higgs boson, but the Higgs boson had been predicted to exist for, you know, 40 years, 30 years before we confirmed its existence.
And people were hoping that supersymmetry in particular, these supersymmetric particles would be found.
Because if these supersymmetric particles would be found, they could help us explain things like the dark matter and the dark energy that we think make up a lot of the universe.
Frank, could you explain to our listeners, what exactly is physics? How do you define physics?
Well, physics is the study of our universe, right? What makes it tick? What is the nature of time? What is force? What is energy? Is there such a thing as dark energy? That's been on our radar since 1998 and the measurements, the supernova measurements are...
talking about the fact that our universe isn't slowing down really from the Big Bang, rather its expansion is accelerating.
Since 1998, we've thought that, and we don't know what causes it, right? So people sort of posited, almost out of nowhere, this idea of dark energy.
And what is the—it seems to me that physics has really come a long ways, that we have nuclear physics, we have cosmology, we have Einstein's theory of relativity, we have quantum mechanics, etc.
But yet then I listen to some of these guys and they tell us how much we don't know.
Really, physics has come a long way since 200 years ago, right? But in the last 40 or 50 years, we have not come a long way.
I joke sometimes that these days we give out Nobel Prizes for discovering how to make blue lasers, right? And purple lasers, which is true.
Nothing like, you know, the foundational breakthrough Nobels of the first half of the 20th century.
The reason why people say physics is in the nightmare scenario right now, I guess to give a specific example, we had the Large Hadron Collider in CERN over in Switzerland, right? And people were hoping...
were hoping that it would give us some indication of physics beyond the standard model, BSM physics.
Well, it did not, right? It confirmed the presence of the Higgs boson, but the Higgs boson had been predicted to exist for, you know, 40 years, 30 years before we confirmed its existence.
And people were hoping that supersymmetry in particular, these supersymmetric particles would be found.
Because if these supersymmetric particles would be found, they could help us explain things like the dark matter and the dark energy that we think make up a lot of the universe.
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