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Adam Frank
Astrophysicist
Adam Frank is a professor of astrophysics at the University of Rochester and a leading expert on the final stages of evolution for stars like the sun. Frank's computational research group at the University of Rochester has developed advanced supercomputer tools for studying how stars form and how they die. A self-described “evangelist of science," he is the author of four books and the co-founder of 13.8, where he explores the beauty and power of science in culture with physicist Marcelo Gleiser.
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We don’t need to think about what life is made of but rather what it does.
The perfectly accessible, perfectly knowable Universe of classical physics is gone forever, no matter what interpretation you choose.
Within the next few decades, we may well have hard evidence for the existence of alien life on worlds light-years distant from Earth.
Cosmology is unlike other sciences. When our view of the Universe changes, so does our understanding of philosophy and science itself.
A relatively new interpretation of quantum mechanics asks us to reimagine the process of science itself.
Art isn't a side note in human history; it's the main text.
Despite the vast number of planets in the Universe, Earth's specific evolutionary history guarantees that its life forms — including humans — are utterly unique.
Nature may not allow us full access to the weirdness of quantum mechanics.
We may be the last generation born not knowing if we are alone in the Universe.
The space telescope's findings challenge the notion of a galaxy brimming with life.
Is mathematics woven into the very fabric of reality? Or is it merely a product of the human mind?
The truth is out there, but it's probably not in the latest whistleblower's report.
Origin of life studies have always focused on a set of strict environments that could give rise to life. Ante-life opens new possibilities.
It's a useful fiction — but it's still fiction.
There are two methods to measure the expansion rate of the Universe. The results do not agree with each other, and this is a big problem.
The classic picture of Jupiter's great rocky core might be entirely wrong.
The problem of the electroweak horizon haunts the standard model of cosmology and beckons us to ask how deep a rethink the model may need.
The standard model of cosmology has a big new problem: Some galaxies seem to be too old.
How do physicists solve a problem like entropy?