Since 2001, Steve Kanzer has been serving as the chairman and chief executive officer of Accredited Ventures, Inc., a New York-based venture capital group that focuses on the life sciences sector. Apart from the life sciences, Steve Kanzer is also interested in theoretical physics.
The most recent major finding in the field of theoretical physics was when the Higgs boson subatomic particle was confirmed in 2012 by the Large Hadron Collider (LHC), the most powerful particle accelerator in the world. Considered to be the last piece of the standard model conundrum, the discovery of Higgs boson was a cause for celebration.
For the past few months, the LHC has been showing signs of a possible new subatomic particle, one whose discovery could even surpass that of Higgs boson. However, what looked like promising data turned out to be just noise. Yet New York University physics professor Kyle Cranmer says that this is not a failure and that the LHC will continue to run for another 20 years in search of new particles.
Why dedicate so much effort to finding new subatomic particles in the first place? Scientists believe that even though the standard model is already complete, there are still lingering questions about the universe that it cannot answer. If other subatomic particles really do exist, it will help push forward a theory called supersymmetry, which could solve some of physics' most vexing questions.
The most recent major finding in the field of theoretical physics was when the Higgs boson subatomic particle was confirmed in 2012 by the Large Hadron Collider (LHC), the most powerful particle accelerator in the world. Considered to be the last piece of the standard model conundrum, the discovery of Higgs boson was a cause for celebration.
For the past few months, the LHC has been showing signs of a possible new subatomic particle, one whose discovery could even surpass that of Higgs boson. However, what looked like promising data turned out to be just noise. Yet New York University physics professor Kyle Cranmer says that this is not a failure and that the LHC will continue to run for another 20 years in search of new particles.
Why dedicate so much effort to finding new subatomic particles in the first place? Scientists believe that even though the standard model is already complete, there are still lingering questions about the universe that it cannot answer. If other subatomic particles really do exist, it will help push forward a theory called supersymmetry, which could solve some of physics' most vexing questions.