LOS ANGELES—With a gift of $11 million from Indian-American physicist Mani Bhaumik, University of California at Los Angeles, known as UCLA, shattered its fundraising record, receiving a total of $664 million in gifts and pledges in the fiscal year that ended June 30.

In India, Bhaumik’s rags-to-riches story has inspired generations of young people. He established the Mani Bhaumik Educational Foundation to support high-achieving Indian students and donated land for the proposed Bhaumik International Center for Advanced Research at the Indian Institute of Technology.

Mani Bhaumik (Photo: Alyssa Bierce)
Mani Bhaumik (Photo: Alyssa Bierce)

“Renowned physicist Mani Bhaumik, who was born into extreme poverty in a remote village in India, came to UCLA in 1959 “with $3 in my pocket” to continue his education on a Sloan Foundation postdoctoral fellowship,” UCLA said in a statement. “ His $11 million gift to the UCLA Division of Physical Sciences — the largest gift ever made to the division — will establish the Mani L. Bhaumik Institute for Theoretical Physics.”

The $664 million total broke the previous record high of $644 million set in 2014-15. UCLA raised $557 million in 2013–14 and $507 million in 2012–13. Including a private phase that began in July 2012, the Centennial Campaign has now raised more than $2.7 billion — 65 percent of its goal of $4.2 billion. The $4.2 billion campaign is scheduled to conclude in 2019 during UCLA’s 100th anniversary year.

The $11 million gift from Bhaumik, which was first announced by the university in June this year, will establish a center devoted to advancing knowledge of the basic laws of nature. The Mani L. Bhaumik Institute for Theoretical Physics is intended to become a world-leading center for theoretical physics research and intellectual inquiry.

Faculty, postdoctoral researchers and graduate students at the Bhaumik Institute will address unanswered questions in all areas of theoretical physics.

Theoretical physicists attempt to determine the action of the laws of nature by constructing mathematical models of physical systems and solving the equations that underlie those models, sometimes aided by computers. This is in contrast to another primary branch of physics, experimental physics, in which scientists use tools and instruments to perform measurements and uncover the behavior of natural systems. At the deepest level, theoretical physicists formulate the laws that govern the world in which we live.

“I thank Mani Bhaumik for his philanthropic leadership and for believing in UCLA,” said UCLA Chancellor Gene Block said in a statement in June.  “He shares our goal of ensuring that UCLA remains vibrant, relevant, strong and among the best in the world.”

The Bhaumik Institute will host visiting scholars, organize seminars and conferences for the academic community, and begin a public outreach program to teach the community about scientific advances made by UCLA physicists.

Bhaumik rose from poverty to become an eminent scientist who played a key role in developing the laser technology that paved the way for Lasik eye surgery. He was born in a remote village in West Bengal, India, and as a child slept on rags in the thatched-roof mud hut he shared with his parents and six siblings.

“My family didn’t always know where our next meal would come from,” he said. “I didn’t own a pair of shoes until I was 16 and walked four miles to school and back in my bare feet.”

Life was made even more precarious by the struggle for Indian independence going on around him: Bhaumik’s father, a freedom fighter, was often away and spent time in prison for his revolutionary activities. But Mani Bhaumik’s dreams of a brighter future gave him the determination to obtain a good education, and his prodigious curiosity led him to become a scientist.

Studying under renowned physicist Satyendra Bose, he earned a master’s degree at the University of Calcutta. In 1958, Bhaumik became the first student to earn a doctorate, also in physics, from the Indian Institute of Technology Kharagpur.

Bhaumik came to UCLA in 1959 — “with $3 in my pocket,” he said — on a Sloan Foundation postdoctoral fellowship. The people of his village raised the money for his airfare.

“I thought I’d died and gone to heaven,” he said of his arrival on campus. “Everyone was treated equally, not like back at home where the poor were treated like dirt.”

In 1961, Bhaumik joined Xerox Electro-Optical Systems as a laser scientist. He later served as director of the laser technology laboratory at Northrop’s corporate research laboratory. In 1973, he announced the conclusive demonstration of the world’s first efficient excimer laser, a form of ultraviolet laser now commonly used for high-precision machining and for cutting biological tissue cleanly without damaging surrounding tissue.

Bhaumik is a fellow of the American Physical Society and of the Institute of Electrical and Electronics Engineers and, in 2011, the Indian government awarded him the prestigious Padma Shri for distinguished service in science and engineering.

As a member of the UCLA Physical Sciences board of visitors, Bhaumik has witnessed declining funding for scientific research from state and federal government, particularly in the field of theoretical physics.

“It’s very difficult to raise funds for this area, because people don’t understand what theoretical physicists do,” Bhaumik said. “But physics holds the answers to the most fundamental questions of our very existence. Imagine what could be solved right here at UCLA.”

With previous donations to UCLA, he established the Mani L. Bhaumik Presidential Chair in Theoretical Physics and supported the work of a research group led by physics professor Zvi Bern.

He also has found creative ways to spark the public’s intellectual curiosity. He is the author of two books, “Code Name God” and “The Cosmic Detective,” and the creator of an award-winning animated TV series, “Cosmic Quantum Ray.”

“We are tremendously grateful to Mani for his vision and generosity,”  said Joseph Rudnick, dean of the physical sciences division. “It is through extraordinary gifts like this that the next big leaps will be made in science.”

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