What's up? This is Ryan Hollins 10 year NBA vet and current analyst for the Houston Rockets.

And I've got a new podcast called NBA Rookie Life, given you weekly news, analysis,

and an inside look into the 2022 draft class. This rookie class is really so bad.

Each week, I'll be breaking down the best rookie performances, as well as getting behind the

scene stories and welcome to the league moments that make NBA Rookie Life so crazy.

Listen to NBA Rookie Life with Ryan Hollins on the I Heart Radio app, Apple podcast,

or wherever you get your podcast. Two NBA insiders podcasting twice a week to plug you right into

the NBA great fight. All happening in only one place. This league on cut, the new NBA podcast

with me, Chris Haines and me, Mark Stein. Join us as we team up to expound on everything we're

covering, hearing, and chasing. Listen to this league on cut with Chris Haines and Mark Stein.

On the I Heart Radio app, Apple podcast, or wherever you get your podcast.

From Meadieder's World News Headquarters in Boseman, Montana, this is Cal's We Can Review

with Ryan. Cal, Cal in. Now, here's Cal. Recent news from the University of Bristol

will leave both spider lovers and arachnophobes shocked.

That's shocking. Researchers recently tested and observed spiders taking flight in a sealed box

when electrical fields were present. When the charged atmosphere was turned off, the spiders

felt, if levitating spiders make your tiny hair stand on end, you aren't alone. Those tiny

hairs on spiders' legs called tricobotheria are how they sense the intensity of the Earth's

electric field. When conditions have enough pull, they tiptoe their abdomens to the sky,

release several independent strands of negatively charged silk and lift off.

Settle air currents were believed to be the only way spider flight was accomplished until the

magnetic field theory was introduced. The Bristol experiment is the first to confirm the theory

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