9 Amazing Futuristic Predictions We're Still Waiting For

Back in the day, people had big dreams. They expected the 21st century to have magic carpet cars, a highway to Russia and a jetpack for every girl and boy. Boy, were they wrong. A few things weren't too far off, like automatic lights, food that cooks in minutes and television “screens” that hang from the wall, but basically, we’re a huge disappointment.

1981 - Zero Gravity Football

Relocating to a space station doesn’t mean you have to leave your 4 million dollar salary behind. High above Earth, football players strap on tiny, compressed air motors and zoom around a 3-dimensional space marked by laser lines. But despite all the crazy sports technology, they’re still wearing lace-up shoes and the kind of tube socks you used to get free at a gas station.

What We Actually Have:

Futuristic role play in your parents’ basement.

1950 - Robot Halloween Costumes

Notice the quality, handcrafted design. The careful construction of the joints, the seamless transition of the nose. In the 1950s, robots of the future were exquisite.

What We Actually Have:

A cheaply-made monstrosity, kind of like real electronics. The child on the right is crying because his brother refused to take the Footloose soundtrack out of his tape player.

1984 - Robot Maid

Until I saw this guy, I thought Rosie was the greatest robot maid ever created. But Rosie never made breakfast and lunch simultaneously, and she never vacuumed up toast crumbs before they hit the floor. Bad robot.

What We Actually Have:

A robot whose only talents are vacuuming, entertaining pugs and scratching up baseboards. Yawn.

1960 - Snow Melter

A snow removal machine with flame-throwing jets and built-in power plants.

What We Actually Have: 

Unsuspecting children whose parents are inside enjoying a mug of hot cocoa.

1937 - Giant Babies

A new elixir of growth promises a race of superwomen, supermen and superbabies. Let’s not talk about diapers.

What We Actually Have:

One woman who gave birth to the weight of a Superbaby, but spread over 6 children.

1981 - Computer Criminals

Instead of mugging you in the streets like criminals of the olden days, criminals of the future apply a secret code to their computer and transfer money out of banks. Then, they put on their inconspicuous orange pants and try to outrun the men in leather jackets and motorcycle boots.

What We Actually Have:

A guy who went from hacking the Pentagon to winning awards for his whistleblowing activities.

1998 - The Millenium Bug

At the stroke of 12:01 am on January 1, 2000, the world comes to an end. The power will go out, phones will stop working, computers at the bank will crash, police will disappear and the illusion of social stability will be shattered.

What We Actually Have:

The Blackberry. Same difference.

1957 - Electric Highways and Driverless Cars

Imagine a world where families actually play Scrabble together—I mean, imagine a world where cars speed down an electric superhighway controlled by electric devices embedded in the road. No traffic, no accidents, no road rage.

What We Actually Have:

Traffic jams of epic proportions caused by construction and/or drivers' inability to merge.

1964 - Futuristic Firebird

The Firebird III is the “pace-setter for the car of the future,” with joystick controls, a turbine engine and an electronic guide system that eliminates routine chores like grocery shopping and dropping your children off at school.

What We Actually Have:

The Pontiac Aztec, voted one of the worst cars of all time by TIME magazine.
About the Author: 
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Copywriter
As Stikky Media’s copywriter, Stacey Santos spends her days writing, editing and obsessing over punctuation. She crafts everything from blog posts and articles to web copy and press releases, and is always looking for an excuse to research strange topics. When she’s not at her computer, you can find her playing the piano, getting lost in nature or eating peas. Questions? Comments? Contact Stacey at stacey@stikkymedia.com.

Cancer-fighting gene also delays ageing: studyShare

An undated image of a breast cancer cell, photographed by a scanning electron microscope. One of the genes that protects us from cancer may also help delay ageing, according to a new study published on Wednesday. REUTERS/National Cancer Institute/Handout
LONDON | Wed Jul 18, 2007 2:35pm EDT
(Reuters) - One of the genes that protects us from cancer may also help delay ageing, according to a new study published on Wednesday.
The findings could also one day lead to new drugs that prevent or fight cancer while extending healthy youth and lifespan, said Manuel Serrano, a researcher at the Spanish National Cancer Research Centre, who worked on the study.
Serrano said researchers genetically engineered mice to have an extra copy of a key cancer-fighting gene called p53 and found it also played an important role in delaying ageing.
"Everyone agrees that the ageing is produced by the accumulation of faulty cells," Serrano said. "In other words, p53 delays ageing for exactly the same reason that it prevents cancer." The study was published in the journal Nature.
Previous cancer studies have shown that p53 can actually cause premature ageing symptoms by killing too many cells when it goes into overdrive, but Serrano said his research strictly regulated the gene so that it turned on only when needed.
The gene -- and another that regulates signals to p53 -- did their normal job of producing a protein that kills damaged cancer cells. But the researchers found that mice with an extra copy of the genes actually lived longer even when stripping out the impact of having less cancer.
"This is the first anti-cancer gene tested for its effect on ageing," Serrano said. "The mice lived 16 percent longer in their average lifespan."
The p53 gene, when working properly, makes sure that damaged cells destroy themselves and do not divide uncontrollably to cause tumors. If the gene is mutated or inactivated the control mechanism does not work.
ANTI-CANCER ROLE KNOWN
The role of p53 in cancer has been known for many years and Serrano said he and his team simply applied this knowledge to the problem of ageing and targeting damaged cells.
"The expectation is that having more p53, mice will have a stricter quality control for cells, hence less cancer and less ageing," he said in a telephone interview.
Serrano also said that other research has shown that mice and worms that eat less have slower metabolisms and live longer. But his study offers evidence that the mice can benefit from the extra copy of the genes without having to be starved.
While the study opens up possibilities for drugs based on p53 that delay ageing, researchers will need to find the right balance in boosting the gene to prevent potentially harmful effects, he said.
"There are a number of chemical compounds that have been developed by the big pharmaceutical companies and these compounds are able to boost p53 in the organism," he said.
"These compounds are being tested now for their possible anti-cancer activity and hopefully in the light of our study also for their possible anti-ageing activity."

First of four autonomous Wave Glider robots successfully crosses Pacific ocean

By
December 5, 2012
The Papa Mau Wave Glider, being pulled from Australia's Hervey Bay
The Papa Mau Wave Glider, being pulled from Australia's Hervey Bay
Image Gallery (6 images)
Last November, a fleet of four small autonomous Wave Glider aquatic robots set out from San Francisco to sail across the Pacific ocean. They reached Hawaii this March, at which point they parted ways – as according to plan, one pair struck out for Japan, while the other two headed for Australia. Today, it was announced that the first of the two Australia-bound Wave Gliders has reached its destination, setting a new world record for the longest distance traveled by an autonomous vehicle.
Made by California- and Hawaii-based tech firm Liquid Robotics, each Wave Glider consists of a floating surf board-like “boat” tethered to an underwater winged platform. The motion of the waves causes these wings to paddle the boat forward, while solar cells on the deck of the boat provide power to its sensors and transmitters.
These sensors measure oceanographic data such as salinity, water temperature, wave characteristics, weather conditions, water fluorescence, and dissolved oxygen. GPS and a heading sensor also help the craft to orient themselves.
The Papa Mau's floating and winged platforms, which were much farther apart when the robot...
Papa Mau, which is the name of the Wave Glider that has reached Australia, was pulled from the ocean in Hervey Bay near Bundaberg, Queensland. It was the end of a one-year journey that spanned approximately 9,000 nautical miles (16,668 kilometers), and that saw the robot withstanding challenges such as gale force winds and inquisitive sharks. Along the way, it also gathered and transmitted an assortment of oceanographic data, including measurements of a chlorophyll bloom along the Equatorial Pacific.
Papa Mau’s traveling companion, the Benjamin, should be arriving in Australia early next year. One of the pair headed for Japan has apparently turned back to Hawaii for repairs, after which it should be resuming its trip.
The four robots’ combined journey, known as PacX (Pacific Crossing) is intended mainly to showcase the Wave Gliders’ research, reconnaissance, and other capabilities. More information on the project, and on Papa Mau’s accomplishment, can be seen in the video below.
Source: Liquid Robotics via PopSci