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NDTV World Summit 2025: MIT Researcher Explains Why AI Models Give Errors, And Its Future
The advent of Artificial Intelligence (AI) has brought chaos in our daily applications, but that's changing rapidly, said Neil Thompson, director of the FutureTech Research Project at MIT's Computer Science and Artificial Intelligence Lab.
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Computing Is the New Horsepower, Carmaker Audi Says
Carmakers that once competed mainly over the power of their engines are now vying over a much less tangible sort of power as they race to develop automated vehicles - computing.
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Self-Driving Cars Could Ease Traffic, But Increase Sprawl
The consulting group's study included a computer simulation of how downtown Boston traffic would change with the advent of self-driving taxis, buses and private cars.
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New Highly-Accurate Qubits Herald Advent of Quantum Computers
The University of New South Wales Australia have created two new types quantum bits, or "qubits" - the building blocks for quantum computers - that each process data with an accuracy above 99 percent.
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NDTV World Summit 2025: MIT Researcher Explains Why AI Models Give Errors, And Its Future
The advent of Artificial Intelligence (AI) has brought chaos in our daily applications, but that's changing rapidly, said Neil Thompson, director of the FutureTech Research Project at MIT's Computer Science and Artificial Intelligence Lab.
-
Computing Is the New Horsepower, Carmaker Audi Says
Carmakers that once competed mainly over the power of their engines are now vying over a much less tangible sort of power as they race to develop automated vehicles - computing.
-
Self-Driving Cars Could Ease Traffic, But Increase Sprawl
The consulting group's study included a computer simulation of how downtown Boston traffic would change with the advent of self-driving taxis, buses and private cars.
-
New Highly-Accurate Qubits Herald Advent of Quantum Computers
The University of New South Wales Australia have created two new types quantum bits, or "qubits" - the building blocks for quantum computers - that each process data with an accuracy above 99 percent.
