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“A very little key will open a very heavy door” (Charles Dickens, Hunted Down)

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Crimson Fellowship: University of Alabama Christian staff, faculty, and graduate students

"Let no man despise thy youth; but be thou an example..." (1 Timothy 4:12)Find online: leroyhurt-df0opq.mailerpage.ioCrimson Fellowship meets on Tuesdays and Wednesdays at the Baptist Campus Ministries building (403 University Blvd, Tuscaloosa, AL 35401) at 11:45 AM -...

Notes and quotes: About American Workforce Academy

An article by Salena Zito gives some background about American Workforce Academy that parents and mentors of young people pursuing calling and career should think about. Main point: "[Mike] Rowe has been warning anyone who would listen that our skills gap in the...

UACFSF: Mark Tapscott on working on Capitol Hill in Washington, DC

"Let no man despise thy youth; but be thou an example..." (1 Timothy 4:12)Find online: #UACFSF, https://www.hillfaith.org/Mark Tapscott of HillFaith dropped in on us via Zoom on 2/25 to tell us about his ministry to Capitol Hill staff. Among other things, he leads a...

10 Science YouTube Channels You Can’t Miss

Via MakeUseOf: The Web offers ample opportunity to disperse that knowledge to greater numbers of people, and YouTube has many great science channels. 10 Science YouTube Channels You Can’t Miss

Social robots to help you lose weight

Via Mashable: The real news is the social nature of the robot. As these kinds of robots and others develop personalities, sales will increase correspondingly.

Social robots to help you lose weight

Via Mashable: The real news is the social nature of the robot. As these kinds of robots and others develop personalities, sales will increase correspondingly.

Robot on a tightrope

Via Mashable: It may not seem impressive at first, but think in terms of the robot’s processors and sensors contributing to the many small decisions required to maintain balance. Now imagine that on a larger scale in cars, planes, ships, and other complex systems...

Robot on a tightrope

Via Mashable: It may not seem impressive at first, but think in terms of the robot’s processors and sensors contributing to the many small decisions required to maintain balance. Now imagine that on a larger scale in cars, planes, ships, and other complex systems...

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