Physics Nobel Laureate Steven Weinberg dies at 88

Physics Nobel Laureate Steven Weinberg dies at 88…  Steven Weinberg, a Nobel-prize winning physicist whose work helped link two of the four fundamental forces, has died at the age of 88, the University of Texas at Austin (UT Austin) announced Saturday.

Physics Nobel Laureate Steven Weinberg dies at 88
Physics Nobel Laureate Steven Weinberg dies at 88—

He died after spending two weeks in hospital.

No cause of death was given by the University of Texas, which announced the death.

“Professor Weinberg unlocked the mysteries of the universe for millions of people, enriching humanity’s concept of nature and our relationship to the world,” said Jay Hartzell, president of UT Austin, said in the statement.

“From his students to science enthusiasts, from astrophysicists to public decision makers, he made an enormous difference in our understanding. In short, he changed the world.”

Weinberg was born in New York in 1933. His love of science began with a chemistry set, according to the statement.

By the time he was 16, he had decided to study theoretical physics, Weinberg wrote on the Nobel Prize website.

He attended Cornell University for his undergraduate work and earned a doctorate in physics from Princeton University in 1957.

He married his wife Louise in 1954 and had a daughter, Elizabeth, in 1963, according to the Nobel Prize website.

In 1982, Weinberg moved to UT Austin, where he was a professor of physics and astronomy for decades.

His work was foundational to the Standard Model, the overarching physics theory that describes how subatomic particles behave.

His seminal work was a slim, three-page paper published in 1967 in the journal Physical Review Letters and entitled “A Model of Leptons.”

In it, he predicted how subatomic particles known as W, Z and the famous Higgs boson should behave — years before those particles were detected experimentally, according to a statement from UT Austin.

The paper also helped unify the electromagnetic force and the weak force and predicted that so-called “neutral weak currents” governed how particles would interact, according to the statement.

In 1979, Weinberg and physicists Sheldon Glashow and Abdus Salam earned the Nobel Prize in physics for this work.

Throughout his life, Weinberg would continue his search for a unified theory that would unite all four forces, according to the statement.

Weinberg also had a knack for making physics accessible to everyone. His book “The First Three Minutes: A Modern View of the Origin of the Universe,” (Basic Books, 1977) described, in exciting and simple language, those first minutes of the universe’s infancy and laid out the case for the expansion of the universe.

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