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Slide 1: Paradox Of Our Times

Slide 2: Today we have bigger houses and smaller families more conveniences , buT less Time

Slide 3: we have more degrees, buT less common sense more knowledge , buT less judgmenT

Slide 4: we have more experTs, buT more problems more medicine, buT less wellness

Slide 5: we spend Too recklessly laugh Too liTTle drive Too fasT geT To angry Too quickly sTay up Too laTe read Too liTTle waTch Tv Too much and pray Too seldom

Slide 6: we mulTiplied our possessions, buT reduce our values we Talk Too much, love Too liTTle and lie Too ofTen

Slide 7: we’ve learned how To make living, buT noT a life we’ve added years To life, noT life To years

Slide 8: we have Taller buildings, buT shorTer Tempers wider freeways, buT narrower viewpoinTs we spend more, buT have less we buy more, enjoy iT less we’ve been all The way To The moon and back buT have Trouble crossing The sTreeT To meeT our neighbors. we’ve conquered ouTer space, buT noT inner space we’ve spliT The aTom buT noT our prejudice

Slide 9: we wriTe more, learn less, ———————- plan more, buT accomplish less we’ve learn To rush, buT noT To waiT, we have higher incomes , buT lower morals we build more compuTers To hold more informaTion, To produce more copies buT have less communicaTions we are long on quanTiTy, buT less in qualiTy These are The Time of fasT foods and slow digesTion Tall men , and shorT characTer

Slide 10: more leisure and less fun ,,,,,more kinds of foods ,,,,, buT less nuTriTion Two incomes ,,,,,buT more divorce fancier houses ,,,, buT broken homes

Slide 11: ThaT’s why i propose , ThaT as of Today , you do noT keep anyThing for special occasion , because every day you live is a special occasion. search for knowledge , read more , siT on your fronT porch and admire The view wiThouT paying aTTenTion To your needs. spend more Time wiTh your family and friends , eaT your favoriTe foods, and visiT The places you love .

Slide 12: life is a chain of momenT of enjoymenT, noT only abouT survival. use your crysTal gobleTs, do noT save your besT perfume, and use iT every Time you feel you wanT iT.

Slide 13: remove from vocabulary phrases like “ one of These days “ and “ someday” leT’s wriTe ThaT leTTer we ThoughT of wriTing “ one of These days “ leT’s Tell our families and friends how much we love Them. do noT delay anyThing ThaT adds laughTer and joy To your life . every day , every hour , and every minuTe is special. and you don’T know if iT will be your lasT .

Slide 14: if you’re Too busy To Take The Time To send This message To someone you love , and you Tell yourself you will send iT “ one of These days “ so believe me “ one of these days “ you may noT be here To send iT

Slide 1: The strength of all elements It is seldom that I send out this type of presentation but I found this one particularly impacting and thought provoking. NO you will not have to send it out to 2,5, or even 10 people for luck, just sit back and enjoy the true meaning! Your Friend

Slide 2: The one who takes your hand but touches your heart is a true Friend

Slide 3: We seldom think of what we have, but always think of what we miss

Slide 4: Don ‘ t cry because it ‘ s over now, laugh because it happened

Slide 5: The more precisely you plan, the harder destiny will hit you

Slide 6: What happens, happens for a reason

Slide 7: Don’t make an effort because the best things happen, when you least expect them

Slide 8: The greatest events aren’t the loudest, but the most quiet hours

Slide 9: The most difficult lesson to learn is: Which bridge in life to use or which one to break off

Slide 10: Everybody sees how you seem, however, only some know who you are

Slide 11: He who would like to have something he never had, will have to do something well, that he hasn’t done yet

Slide 12: Perhaps God would want you to become acquainted with many different people in the course of your life, so that when you meet the right ones, you can appreciate and be grateful for them

Slide 13: Plan for tomorrow but LIVE for today

Slide 14: Love doesn’t require two people look at each other, but that they look together in the same direction. (Antoine de Saint Exupery)

Slide 15: Life is drawing without an eraser

Slide 16: I wish you always: Air to breath, Fire to warm you, Water to drink and The earth to live in. I hope you enjoyed it and have a great DAY !

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Determine what you want to accomplish this year, and then let Jack guide you in meeting your goals through easy-to-apply action steps and unique ife-planning tools to get you where you want to be. Report your progress, and you’ll be invited to meet personally with Jack other top achievers from around the world!

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The Law Of Attraction…

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Needak ® Soft-Bounce ™ rebounders and Mini Trampolines.

For many years the jump surface of Needak rebounders was made of blue permatron and accessorized with blue vinyl spring covers and carry bags. The boom of the fitness industry in the late 1990’s forced a shift in the color scheme to black fabrics which matched the exercise equipment found in Gyms and Health Clubs.

Needak Manufacturing is now offering our quality rebounder in a color other than black. We call it our Platinum Edition rebounder and it incorporates all of our current features and several others that you have asked for.

Blue color- We offer this popular base for customers that prefer blue to our standard black rebounder.

Contrasting edge banding-To aid in centering on the rebounder, Needak utilizes a space between the jump mat and spring cover. This visual cue tells you when you are near the edge of the jump mat. We have added a platinum band to make this more obvious when doing vigorous exercise.

Improved jump mat-all of the platinum edition rebounders use our new mat cleat and newly upgraded sewing pattern found on our black rebounder to produce the best jump mat you will find anywhere.
ReboundAIR ® Soft-Bounce ™ rebounders and Mini Trampolines.

The study of the human body is fairly interesting. The moment it becomes no less than amazing is when we understand what happens as the body is placed under the demands of movement and resistance we call exercise. Rebounding is an effective exercise that reduces your body fat; firms your arms, legs, thighs, abdomen, and hips; increases your agility; strengthens your muscles overall; provides an aerobic effect for your cardiopulmonary systems; rejuvenates your body when it’s tired, and generally puts you in a state of mental and physical wellness. In fact, there are at least 33 fascinating ways the body responds to regular rebounding.

A simple change to the design of ‘bionic ear’ implants dramatically improves the quality of sound they provide, say researchers in the US who have tested a prototype on cats.

Around 100,000 people around the world have been fitted with conventional cochlear implants. These are built into the skull and tune into the signal produced by a wireless external microphone. The implant sits below the skin behind the ear and sends electrical signals to a set of electrodes coiled into the cochlear – the spiral organ in the ear that senses sound.

This process is far from perfect, however. These implants have a limited range of tones because it is difficult to insert the electrode array beyond the outer turns of the cochlea. The outer turns pick up the high frequencies, so people using today’s implants are sensitive only to the highest tones.

In addition, the signals must travel through liquid in the cochlear and then through the organ’s bony wall to the nerves outside. “It is like talking to someone through a closed door – the signal gets muffled,” says John Middlebrooks of the University of Michigan, US, who developed the new implant with Russell Snyder of the University of California, San Francisco, also US.

Increased range

The new device bypasses the cochlear and instead connects directly to the nerves that carry information to the brain.

Experiments in cats that compared the brain’s response to the established designs with its response to the prototype show the new device dramatically improves the range of tones that can be heard.

“Current implant users do very well with speech in a quiet environment but struggle with background noise,” Middlebrooks explains, “they also have very poor pitch perception and cannot appreciate music – in an environment like a crowded room, you use pitch to tune into a person’s voice.”

Experiments on 10 cats involved first recording the response of the brain to a range of tones. The cats were then deafened and the same tones were played with a conventional, and then experimental, implant installed.

Fully implantable?

Conventional implants only allow detection of tones as low as around 7 kHz, but the new implant allowed frequencies as low as 0.6kHz to be detected.

“We saw that the brain could detect a much greater range of frequencies,” says Middlebrooks.

The new design also produced a cleaner/more specific response in the brain to a particular frequency, and used much less power to get results. “If we develop this for humans it would have much lower power demands, so it could be much smaller and perhaps fully implanted,” says Middlebrooks.

Tests in which animals are fitted with the implants for periods of months are now planned.

“Cochlear implants themselves have provided a revolution,” says Brian Lamb, director of the Royal National Institute for the Deaf. “These implants – if successfully transferred to people – could offer further, major benefits.”

YOUR backbone’s connected to your shoulder bone, your shoulder bone’s connected to your neck bone - and your neck bone’s connected to your cellphone.

Something along these lines is what Lin Zhong and Michael Liebschner at Rice University in Houston, Texas, envisage. They want to use the human skeleton to transmit commands reliably and securely to wearable gadgets and medical implants. Their research, funded by Microsoft and Texas Instruments, could also lead to new ways for people with disabilities to control devices such as computers and PDAs.

Wireless radio signals are already used to control gadgets and implants, but these can suffer interference from Wi-Fi and other sources. This makes them unreliable and, in the case of medical implants, potentially dangerous. They can also be hacked by anyone with an antenna, Liebschner points out.

So the Rice team decided to investigate using sound instead of radio waves. Bone is known to be a great conductor of sound, but so far it has only been used to transmit analogue signals in applications such as checking how bone is healing after a fracture, and in hearing aids that transmit sound from outside the skull to the auditory nerve.

To see if bone could transmit digital signals over longer distances - to a headset, say, from a sensor worn on the wrist - the team applied a small vibrator to various parts of the body. When they then measured the acoustic signals received elsewhere on the body, they found that a “frequency shift keyed” (FSK) signal gave the best distinction between 0s and 1s. In FSK signalling a 0 is represented by one frequency and a 1 by a different one.

They then measured how well bone conducted these signals when they were generated in places on the body where devices are normally worn: the wrist for watches, the lower back for cellphones worn on a belt, and behind the ear for headsets. They found the skeleton conducted even low-power vibrations from one location to another with surprisingly few errors. “This is quite amazing because all the links involved multiple bones and many joints,” Zhong told a conference on body networks in Florence, Italy, this week.

The researchers suggest applications such as a vibrator in a wrist receiver/transmitter that could tell an implant placed near a bone to release a drug dose, with the implant then sending back data from its sensors. Similarly, tooth clacks or finger clicks could be interpreted by a receiver to activate, say, functions in a phone.

For Liebschner, the great benefit is security. “All data transfer is contained inside the human body, and it can only be retrieved through direct physical contact,” he says. People could even swap information between devices via a firm handshake, Zhong suggests.