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The Harvard Brain Science Center has received an annual donation of more than $300,000 for up to five years from the NTT Research Foundation, the foundation announced Thursday.
The program will be funded for two years, with the possibility of a three-year extension, according to the announcement. This gift will establish a fund to support postdoctoral research in the physics of intelligence. The fund aims to use physics to address fundamental questions of intelligence, bridging the fields of computer science, neuroscience, and psychology.
Kazu Gomi, president and CEO of NTT Research, NTT’s global research and development arm, said the foundation “expects the center to use its funding to hire postdoctoral researchers.” ” he said.
Venkatesh Murthy, director of the Center for Brain Sciences and a professor at Harvard University, said the center is looking for “great new Ph.D., graduate doctoral students who are really excited about this way of thinking, this interdisciplinary newness.” Stated.
Professor Gomi said that if the center were to take “the lead in this research field from a global perspective,” it would usher in “a new wave of computation using new physics.”
Gomi said the gift was made under a 2021 collaborative research agreement between the Brain Science Center and NTT Physical Information Laboratories and came about through “some sort of bidding process.” .
Before choosing the Harvard Brain Science Center as the recipient, NTT Research embarked on a process of “getting to know the professors and laboratories at each institution to find professors and directors whose ideas and ideas align with ours.” did. It’s a dream,” Gomi said.
Gomi said the gift has an extension option to allow for innovative research “without too much pressure” on quick product returns.
With this gift and more postdoctoral fellows, CBS will embark on an effort to explain how the brain produces intelligent behavior.
One of the central focuses of this center is neural circuits, especially their structure, development, and various functions. With the rise of artificial intelligence, CBS researchers are beginning to consider how it can be applied to fields such as neuroscience.
Hidenori Tanaka, CBS Associate and Research Scientist at NTT Physical Information Laboratories, emphasized “how interdisciplinary our research challenges are.”
“What’s really important when you’re trying to build a new field like this is that you have people from diverse backgrounds,” Tanaka says.
Industry funding from NTT Research allows for flexible recruitment of PhD candidates. It draws students from a variety of departments, including “physics, neuroscience, even psychology, as well as electrical engineering, computer science, and applied mathematics,” he added.
Despite the center’s broad goal of investigating the information, the exact next steps have not yet been determined, Murthy said.
“This is new for all of us,” he said. “How do you explain intelligent behavior in terms of equations and physics?”
Despite the center’s broad goal of investigating the information, the exact next steps have not yet been determined, Murthy said.
“This is new for all of us,” he said. “How do you explain intelligent behavior in terms of equations and physics?”
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