OCT 16, 2020 8:54 AM PDT

The "Missing" Laureate at 2020 Physics Nobel

WRITTEN BY: Daniel Duan

Laureates of 2020 Physics Prize (Nobel Prize)

Last week, the science community celebrated the awarding of this year's Nobel Physics Prize to a trio of black hole researchers. It was also a poignant moment since the world's most prestigious honor missed an opportunity to pay tribute to a late giant in cosmology, Stephen Hawking.

Working with Rogen Penrose, the mathematician and theoretic physicist among the three laureates, Hawking helped build a solid mathematical foundation to the concept of black holes, which was first predicted in Einstein's theory of general relativity. They came up with the  Hawking-Penrose gravitational singularity theorems. 

The theorems imply that a massive dying star is capable of imploding to a point where its gravitational field becomes so strong that it forms a singularity. In theory, this astrophysical anormaly resembles the origin of our universe before the Big Bang. 

Armed with the theoretical knowledge of black holes, astrophysicists Reinhard Genzel and Andrea Ghez, the other two honored by the award, discovered that a dark, super-massive body lies in the center of Milkway, which a black hole is the only explanation by far.

Stephen Hawking Lecture - How to Escape Out of a Black Hole (Muon Ray)

What's more, Hawking is also behind the famous concept of Hawking radiation (or Hawking-Bekenstein radiation), an outlandish idea according to traditional physics thinkings.

Black holes, as their name indicates, absorb all light or electromagnetic radiation in their vicinity, thanks to their ultra-strong gravitational field. However, according to the second law of black hole thermodynamics, entropy arises within the event horizon, and one can't expect entropy without radiation. Although skeptical about the idea first, Hawking managed to demonstrate mathematically that black holes were not totally "black". They emit radiation as a type of elusive particles in the bizarre quantum realm. 

Admittedly, Hawking, one of the greatest minds of our time, wouldn't necessarily need more recognition in his well-decorated career. But the next time, when we zoom in on to an image of a black hole and marvel at its beautiful, magnificent existence, we should appreciate the fact that we stand on the shoulder of a giant, whose insights "light up" the darkest spots of our universe.

Sources: Nature News/Space.com

About the Author
  • Graduated with a bachelor degree in Pharmaceutical Science and a master degree in neuropharmacology, Daniel is a radiopharmaceutical and radiobiology expert based in Ottawa, Canada. With years of experience in biomedical R&D, Daniel is very into writing. He is constantly fascinated by what's happening in the world of science. He hopes to capture the public's interest and promote scientific literacy with his trending news articles. The recurring topics in his Chemistry & Physics trending news section include alternative energy, material science, theoretical physics, medical imaging, and green chemistry.
You May Also Like
DEC 01, 2020
Chemistry & Physics
"Killer" electrons associated with the pulsating aurora
DEC 01, 2020
"Killer" electrons associated with the pulsating aurora
In a collaboration between scientists in Japan and the United States, a new study has been published in the journal  ...
DEC 27, 2020
Cell & Molecular Biology
Using Antibodies & Oligonucleotides to Control Specific Reactions
DEC 27, 2020
Using Antibodies & Oligonucleotides to Control Specific Reactions
Antibodies are naturally used by the body to bind targets on pathogens and neutralize them, and these specific interacti ...
JAN 11, 2021
Chemistry & Physics
Improving our understanding of aerosol nucleation
JAN 11, 2021
Improving our understanding of aerosol nucleation
New research published in Science Advances documents for the first time ever the early processes of aerosol formation. A ...
FEB 03, 2021
Microbiology
How Changing Shape Enables Bacteria to Avoid Antibiotics
FEB 03, 2021
How Changing Shape Enables Bacteria to Avoid Antibiotics
Bacteria are survivors, and they can find ways to get around stuff we use to kill them, like disinfectants and antibioti ...
MAR 04, 2021
Chemistry & Physics
The magic vibrational powers of frog lungs
MAR 04, 2021
The magic vibrational powers of frog lungs
Ever tried picking someone up at a loud, crowded bar? It’s not easy – not only may they not hear your fabulo ...
MAR 10, 2021
Chemistry & Physics
Where does the energy go in singlet fission?
MAR 10, 2021
Where does the energy go in singlet fission?
New research from scientists at Linköping University, Sweden, describes a recent discovery revealing where the ener ...
Loading Comments...