The $4.6 billion Gordie Howe bridge linking Detroit and Windsor, Ontario, is nearing completion. But with tariffs rising and trade slowing, its vision of stronger U.S.-Canada ties may be unraveling.

The audio version of this article is generated by AI-based technology. Mispronunciations can occur. We are working with our partners to continually review and improve the results. Prime Minister Mark ...

President Donald Trump said he will not allow a bridge connecting Detroit and Windsor, Ontario, to open until the United States is "fully compensated for everything," further expressing his ...

President Donald Trump threatened Monday to block a new bridge connecting the U.S. and Canada, citing the country’s perceived hostility toward the U.S. and its relations with China. The Gordie Howe ...

The Gordie Howe International Bridge, expected to open early this year, was built by Canada to ease cargo transport between Detroit and Windsor, Ontario. By Chris Cameron and Vjosa Isai Chris Cameron ...

A Detroit billionaire met with Howard Lutnick, the commerce secretary, hours before President Trump said he would block the opening of a new bridge connecting Detroit to Canada, officials said. By ...

President Donald Trump threatened in a Monday social media post to block the opening of a major new US-Canada bridge over the Detroit River. But Trump’s post about the Gordie Howe International Bridge ...

WASHINGTON, Feb 9 (Reuters) - U.S. President Donald Trump on Monday threatened to bar the new $4.7 billion bridge connecting Detroit and Windsor, Ontario from opening, in his latest salvo against ...

Prime Minister Mark Carney said he had a positive conversation with Donald Trump Tuesday and played down tensions over the Gordie Howe International Bridge, one day after the U.S. President threatened ...

The new 1200V IGBT power module, offered in a CPAK-EDC package, targets high-efficiency and reliable industrial power conversion systems. CISSOID expanded its industry standard power module portfolio ...

While semiconductor die get so much of the attention due to their ever-shrinking feature size and ever-increasing substrate size, the ability to effectively package them and thus use them in a circuit ...