• Bold attempt: American rock climber Alex Honnold summited the Taipei 101 skyscraper — with no ropes or safety net — in an event broadcast live. • New heights: The 1,667-foot Taipei 101 is one of the ...

On Friday, Alex Honnold—a world-renowned climber and one of Earth’s most fascinatingly fearless people—is scheduled to climb Taipei 101, the 101-story skyscraper that’s one of the world’s tallest ...

Alex Honnold -- the all-time great climber known for his free solo ascents that ended up a part of an Oscar-winning documentary -- is about to do something absolutely incredible. He's going to climb ...

American climber Alex Honnold ascended one of the world's tallest buildings on Sunday without a rope or protective equipment. The 40-year-old free solo climber - a term used to describe those who ...

Professional climber Alex Honnald's live-on-Netflix climb of Taipei 101, one of the world's tallest skyscrapers, has been rescheduled due to weather, Netflix announced Friday night. The streaming ...

After finishing the tallest urban free solo ever — streamed globally by Netflix as 'Skyscraper Live' — the renowned climber reflects on risk, joy and the existential message of his feat. By Patrick ...

The number in Alex Honnold’s bank account isn’t climbing quite as high as he’d like. In fact, the professional rock climber revealed that his payday for scaling 1,667-foot skyscraper Taipei 101 ...

Stay present for each move at a time, over and over. That’s how Alex Honnold describes the challenge of ascending one of the world's tallest buildings without any ropes or nets. “I kind of lost track ...

Alex Honnold said he needed to know if scaling the Taipei 101 was even possible before he did Netflix’s Skyscraper Live special, so he turned to a more traditional way of climbing to find out. Honnold ...

TAIPEI, Taiwan -- American rock climber Alex Honnold ascended the Taipei 101 skyscraper on Sunday without any ropes or protective equipment. Cheers erupted from a street-level crowd as he reached the ...

New insights into the structures of glutamate receptor ion channels (iGluRs), combined with functional and biochemical data, can help us to understand how agonist binding triggers their activation and ...