"God Bless the Dream, the Dreamer and the Result." 

FaithWalk Clothing by William Renae

In today's world and in times past collaboration and partnering has been an instrumental strategy.  Partnering helps us to grow, learn, change and exchange ideas.  Even the Bible endorses partnering based on the scripture that says, "Where two or three are gathered, I am there."

I want to introduce to you a mother/son partnership, which currently launched a new clothing line.  The clothing line is called FaithWalk. The new line is created to encourage others to save themselves and to take control of their own destiny.

Renae Parker Benenson is a Mom, certified Chaplin (spiritual listener and encourager), writer and co-founder of FaithWalk.  William Marshall Parker II is a Son, entrepreneur, writer and co-founder of FaithWalk.  Together they compliment each other and have found support for their individual and collective growth and development.

They started FaithWalk because they get it.  They have figured out that their life is to get better spiritually, emotionally, financially, intellectually and physically it will be because they have prayed to God and believe that the Creator will equip them for the journey and fill them with unfathomable power to be and to do more than they can ever imagine.

Saturday, January 24, 2009

Scientists Teleport Data on Tiny Scale


It’s not quite worthy of the Starship Enterprise, but Maryland scientists have managed to teleport data on an atomic scale, LiveScience reports. The researchers transmitted information between atoms a meter apart without the data actually crossing that space—a development that could help create speedy quantum computers and highly secure communication, Science News notes.

Other experiments have passed quantum information, like photon polarization and particle spin, between photons or two atoms on the back of a third. But none have teleported data over long distances. The Maryland experiment "could form the basis of a new type of quantum internet that could outperform any conventional type of classical network for certain tasks," one scientist said.

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