Future technology ideas about to change our world.docxPernambut Blogger
The future is coming, and sooner than you think. These emerging technologies will change the way we live, how we look after our bodies and help us avert a climate disaster.
Technology moves at a rapid pace these days. It can sometimes feel like every single day there is a new technology that is going to revolutionise the future. But with so many massive technological upgrades happening all the time, it is easy to lose track of the amazing ways the world is progressing.
Sometimes new future technologies can offer amazing development, with the possibility of changing the future… while also being incredibly creepy.
This is one way to describe the idea of necrobotics which, as the name suggests, involves turning dead things into robots. While this sounds like a plot to a creepy horror film, this is a technology being explored at Rice University.
A team of researchers turned a dead spider into a robot-like gripper, given the ability to pick up other objects. To achieve this, they take a spider and inject it with air. This works because spiders use hydraulics to force their version of blood (haemolymph) into their limbs, making them extend.
Right now this concept is in its infant stages, but it could mean a future where dead animals are used to further science… it all feels very Frankeinstein-like!
Not every technology bettering our future has to be complicated, some are simple, yet extremely effective.
One of these kind of technologies has come from some Finnish engineers who have found a way to turn sand into a giant battery.
These engineers piled 100 tons of sand into a 4 x 7 metre steel container. All of this sand was then heated up using wind and solar energy.
This heat can then be distributed by a local energy company to provide warmth to buildings in nearby areas. Energy can be stored this way for long periods of time.
All of this occurs through a concept known as resistive heating. This is where a material is heated by the friction of electrical currents.
Sand and any other non-super conductor are warmed by the electricity passing through them generated heat than can be used for energy.
Exo-skeletons
Exo-skeletons have existed for years, both in popular science fiction and real life. But as the years have gone on, the technology has rapidly become more impressive.
Most notably in recent years, we have seen the technology now become more readily available for the young. The Atlas 2030 is described as the most advanced mobile medical exoskeleton designed specifically for children.
While it is not commercially available yet, this technology could aid children in the future, offering a pediatric lower-body medical exoskeleton. This could help children with severe neuromuscular diseases, cerebral palsy or spina bifida walk.
Launching satellites into space
Who would have thought the best way to get satellites into space was with a makeshift catapult! Okay, it is a lot smarter than a catapult but the technology exists in a similar way.
Future technology ideas about to change our world.docxPernambut Blogger
The future is coming, and sooner than you think. These emerging technologies will change the way we live, how we look after our bodies and help us avert a climate disaster.
Technology moves at a rapid pace these days. It can sometimes feel like every single day there is a new technology that is going to revolutionise the future. But with so many massive technological upgrades happening all the time, it is easy to lose track of the amazing ways the world is progressing.
Sometimes new future technologies can offer amazing development, with the possibility of changing the future… while also being incredibly creepy.
This is one way to describe the idea of necrobotics which, as the name suggests, involves turning dead things into robots. While this sounds like a plot to a creepy horror film, this is a technology being explored at Rice University.
A team of researchers turned a dead spider into a robot-like gripper, given the ability to pick up other objects. To achieve this, they take a spider and inject it with air. This works because spiders use hydraulics to force their version of blood (haemolymph) into their limbs, making them extend.
Right now this concept is in its infant stages, but it could mean a future where dead animals are used to further science… it all feels very Frankeinstein-like!
Not every technology bettering our future has to be complicated, some are simple, yet extremely effective.
One of these kind of technologies has come from some Finnish engineers who have found a way to turn sand into a giant battery.
These engineers piled 100 tons of sand into a 4 x 7 metre steel container. All of this sand was then heated up using wind and solar energy.
This heat can then be distributed by a local energy company to provide warmth to buildings in nearby areas. Energy can be stored this way for long periods of time.
All of this occurs through a concept known as resistive heating. This is where a material is heated by the friction of electrical currents.
Sand and any other non-super conductor are warmed by the electricity passing through them generated heat than can be used for energy.
Exo-skeletons
Exo-skeletons have existed for years, both in popular science fiction and real life. But as the years have gone on, the technology has rapidly become more impressive.
Most notably in recent years, we have seen the technology now become more readily available for the young. The Atlas 2030 is described as the most advanced mobile medical exoskeleton designed specifically for children.
While it is not commercially available yet, this technology could aid children in the future, offering a pediatric lower-body medical exoskeleton. This could help children with severe neuromuscular diseases, cerebral palsy or spina bifida walk.
Launching satellites into space
Who would have thought the best way to get satellites into space was with a makeshift catapult! Okay, it is a lot smarter than a catapult but the technology exists in a similar way.
10 innovations you thought were new (by @creaxnv)CREAX
New innovations are not always as groundbreaking as you might think. Very often innovation is simply the result of continuous evolution and not that radical at all. We listed 10 innovations and show that some of them date back to more than 100 years ago.
Recently, I began thinking about the rapidity of technological progress. After researching where we currently are technologically I discovered many things that truly amaze me.
Technology is rapidly advancing. Have we reached the knee of the curve of exponential growth? From robots and AI, and 3D printers, to lasers and quantum computers our technological prowess continues to grow at an amazing rate.
References from Nature in ArchitectureDimpal Singh
Various examples is creation of spaces, using Nature - its form and function. The examples in initial slides are worst examples, what people usually think about nature in Architecture. It is not mimicking Nature, but using it.
Quiz 4 (Into the Cyberverse: the Development of Technology) of QUEST-ion quiz series in IIT Patna's technical fest, Celesta '20. Hosted on 17th December 2020 at Dare2Compete.
Mr Zollner has been working on light emitting diodes (LEDs), the long-lasting technology in modern lightbulbs. They are probably in the lightbulbs in your house, or the headlamps of your car.
The History & Future of DIYBIO - 5/4/2016 Manylabs SFMac Cowell
Garage biohackers have become a favorite topic of the media in the past few years. Every week, we hear a story about the growing possibility of designer "glowing cats" or CRISPR induced bio-terrorism.
The reality of the DIYBio movement is more interesting and hopeful than many of these stories would have you believe. In our first Open Science Salon at Manylabs, we'll talk with Mac Cowell who, along with Jason Bobe, started DIYBio.org in 2008. They were watching the momentum building around the Maker Movement, and were interested in how it would intersect with biotechnology. The DIYBio blog and site has helped lay an important foundation for all the devices, spaces, and people that have made DIYBio what it is today.
We'll talk with Mac about the origin story of the site and what the next decade might hold. It will be an interview followed by an open forum and discussion.
Manylabs is an open science skunkworks located in the SOMA neighborhoob of San Francisco. It's home to a variety of interesting people, organizations, and ideas. This is our first Open Science Salon (we may do more, we may not, we'll see).
Come join the discussion! Please RSVP here: https://www.eventbrite.com/e/open-science-salon-the-history-future-of-diybio-tickets-24575050638
https://www.facebook.com/events/541437202701074/
Portal Projects examines the components of Digital and Ark Glass and looks for its relevancy to known projects and methods that support the technology. It also recommends a profile for starting resources of glass business and steps through the growth of its business case startup Magi and Marcus, ENG through their streamline, remote and branching efforts. V1 is an examination of Portal Evidence for building upon the topic.
The Alice Code: looking-glass thinking for innovatorsNick Coates
A first stab at articulating my vision of Alice Code - a methodology, mindset and set of moves for innovation inspired by Lewis Carroll. Presented at the 150th anniversary of Through The Looking-glass conference in York.
A UHPC (ultra high performance concrete) presentation projects.Nolan Mayrhofer
UHPC presentation featuring select international Ductal projects. This is an in depth look at the types of architectural projects UHPC is best suited for.
Portal Projects examines the components of Digital and Ark Glass and looks for its relevancy to known projects and methods that support the technology. It also recommends a profile for starting resources of glass business and steps through the growth of its business case startup Magi and Marcus, ENG through their streamline, remote and branching efforts. V1 is an examination of Portal Evidence for building upon the topic. V2 is a relational view of how instances create timing for conveyances. V3 is a view of what is intelligence and how intelligent markers may need to be stratified to gain correct views.
The Biz-Sci-Tech Quiz conducted by Quiz Club NITW on 21st of January 2024 in collaboration with the Electronics and Communication Engineering Society(ECES), NITW as a part of the college tech-fest Technozion. The quiz consists of questions from the ever-booming field of Business, Science and Technology and puts you to a fun and exciting test. The above set consists of both Prelims as well as the Finals.
10 innovations you thought were new (by @creaxnv)CREAX
New innovations are not always as groundbreaking as you might think. Very often innovation is simply the result of continuous evolution and not that radical at all. We listed 10 innovations and show that some of them date back to more than 100 years ago.
Recently, I began thinking about the rapidity of technological progress. After researching where we currently are technologically I discovered many things that truly amaze me.
Technology is rapidly advancing. Have we reached the knee of the curve of exponential growth? From robots and AI, and 3D printers, to lasers and quantum computers our technological prowess continues to grow at an amazing rate.
References from Nature in ArchitectureDimpal Singh
Various examples is creation of spaces, using Nature - its form and function. The examples in initial slides are worst examples, what people usually think about nature in Architecture. It is not mimicking Nature, but using it.
Quiz 4 (Into the Cyberverse: the Development of Technology) of QUEST-ion quiz series in IIT Patna's technical fest, Celesta '20. Hosted on 17th December 2020 at Dare2Compete.
Mr Zollner has been working on light emitting diodes (LEDs), the long-lasting technology in modern lightbulbs. They are probably in the lightbulbs in your house, or the headlamps of your car.
The History & Future of DIYBIO - 5/4/2016 Manylabs SFMac Cowell
Garage biohackers have become a favorite topic of the media in the past few years. Every week, we hear a story about the growing possibility of designer "glowing cats" or CRISPR induced bio-terrorism.
The reality of the DIYBio movement is more interesting and hopeful than many of these stories would have you believe. In our first Open Science Salon at Manylabs, we'll talk with Mac Cowell who, along with Jason Bobe, started DIYBio.org in 2008. They were watching the momentum building around the Maker Movement, and were interested in how it would intersect with biotechnology. The DIYBio blog and site has helped lay an important foundation for all the devices, spaces, and people that have made DIYBio what it is today.
We'll talk with Mac about the origin story of the site and what the next decade might hold. It will be an interview followed by an open forum and discussion.
Manylabs is an open science skunkworks located in the SOMA neighborhoob of San Francisco. It's home to a variety of interesting people, organizations, and ideas. This is our first Open Science Salon (we may do more, we may not, we'll see).
Come join the discussion! Please RSVP here: https://www.eventbrite.com/e/open-science-salon-the-history-future-of-diybio-tickets-24575050638
https://www.facebook.com/events/541437202701074/
Portal Projects examines the components of Digital and Ark Glass and looks for its relevancy to known projects and methods that support the technology. It also recommends a profile for starting resources of glass business and steps through the growth of its business case startup Magi and Marcus, ENG through their streamline, remote and branching efforts. V1 is an examination of Portal Evidence for building upon the topic.
The Alice Code: looking-glass thinking for innovatorsNick Coates
A first stab at articulating my vision of Alice Code - a methodology, mindset and set of moves for innovation inspired by Lewis Carroll. Presented at the 150th anniversary of Through The Looking-glass conference in York.
A UHPC (ultra high performance concrete) presentation projects.Nolan Mayrhofer
UHPC presentation featuring select international Ductal projects. This is an in depth look at the types of architectural projects UHPC is best suited for.
Portal Projects examines the components of Digital and Ark Glass and looks for its relevancy to known projects and methods that support the technology. It also recommends a profile for starting resources of glass business and steps through the growth of its business case startup Magi and Marcus, ENG through their streamline, remote and branching efforts. V1 is an examination of Portal Evidence for building upon the topic. V2 is a relational view of how instances create timing for conveyances. V3 is a view of what is intelligence and how intelligent markers may need to be stratified to gain correct views.
The Biz-Sci-Tech Quiz conducted by Quiz Club NITW on 21st of January 2024 in collaboration with the Electronics and Communication Engineering Society(ECES), NITW as a part of the college tech-fest Technozion. The quiz consists of questions from the ever-booming field of Business, Science and Technology and puts you to a fun and exciting test. The above set consists of both Prelims as well as the Finals.
1. Taking Creative Risks - CBS News
Why are some periods marked by bleak or antiseptic design and others by brilliant eruptions of
creativity? Obviously, a prerequisite to great design is having great designers. But my theory is
economic exuberance leads to irresistible design and risk-taking. Only when an economy is on the
upswing do the usually timid and risk-averse leaders of institutions suddenly feel confident they
must do more. Suddenly, as the stock market and employment cycle rebounds, evidence of an
astonishing array of successful creative and functional designs is emerging in technology,
electronics, and even architecture and fabrics.
It is fitting that this week the wildly innovative Computer Science and Artificial Intelligence Labs
(CSAIL) at the Massachusetts Institute of Technology officially moved into their remarkable huge
new complex, the Maria and Ray Stata Center, in Cambridge. After decades of architectural
mediocrity and austerity, the campus of MIT is undergoing an astonishing transformation under the
courageous leadership of University President Chuck Vest. Frank Gehry, architect known for the
Guggenheim Museum in Bilbao, Spain, created another fanciful, energetic collage with his vision of
the Stata Center.
Gehry's challenge was to create an inspiring place where some of the world's greatest engineers,
roboticists, and scholars would interact. The Stata Center replaced an historic "temporary" MIT
structure, Building 20, where radar was refined during the Second World War. Gehry's new
environment, without question, is a visual treat and brilliant design success. The Stata Center's
exterior, centered on traditional brick structures, seems to go awry above and about the quavering
sides. New material and shapes collide and spread out; smaller white buildings are scrunched like
Styrofoam coffee cups and flashing yellow and stainless steel panels cascade over the rambunctious
mélange. However, the genius is the carefully deliberated interior, with cozy alcoves and walkways
where people can meet, eat, and cogitate.
I was fortunate to tour the new lab with CSAIL Director Dr. Rodney Brooks and see some of the
astounding research underway. An array of microphones picked up sounds of a crowd then an
ingenious parallel computing scheme separated individual voices out of the cacophony. An expert in
visualization developed a radical 3D graphic display to allow brain surgeons to save patients they
would have abandoned in the past. Robots were clutching, investigating, navigating, and
gesticulating. Hardhats swarmed around putting final touches on the building and one could feel
how Professor Brooks' team of colleagues seemed ready to explode into their brand-new spaceship-
2. like robotics lab still under construction. Gehry succeeded in designing a radical, flexible,
unexpected place where fortuitous creativity is already flourishing.
Inspired by the Gehry building, I found remarkable new designs constantly leaping out at me (albeit
on a far less grand scale): Adidas sent me their low-top over-the-top "intelligent running shoe" with
computerized control that constantly adjusts itself. Oakley delivered their new "Thrust" jacket with
an inflatable bladder air-lined insulation. Dyson, the gutsy little British vacuum inventor, dropped off
a portable yellow canister machine that looks like a device from Ghostbusters: flamboyant yet
compact. Sony presented their outrageously thin laptop, the VAIO X505, with a carbon nickel casing
astonishingly light and strong. Finally, though still just prototypes, Mikey Sklar, of Electric-Clothing,
dropped by with an ensemble of lighted clothing, including a handmade backpack that demands your
attention.
Adidas-Salomon's Intelligent Shoe
Suddenly, after the long brutal winter, a new season of design and risk-taking is upon us. But these
designs, flashy and unusual, each maintain a clear purpose. Adidas, already embroiled in a tough
marketplace, unveiled its computer-assisted shoe after secret development for more than three
years. With batteries and electronics in the sole, the runner can manually adjust the pressure of the
sole hitting the pavement, or have the shoe adjust automatically to different running conditions.
More astonishing than the electronic controls in the shoe is the devilishly clever mechanism inside
the heel that rapidly adjusts to provide correct cushioning during the run. These intelligent running
shoes will be available in December and will retail for $300.
Oakley's Thrust Jacket with Airvantage Adjustable
Insulation
Another astonishing and functional design comes
from Oakley, which has always pushed style to the
edge. Their "Thrust" jacket and others have an
optional inner-liner made of a unique fabric system, "Airvantage." Basically, using a tube attached to
the liner, you inflate the liner with air to add additional insulation when needed. On a mountain hike
and suddenly caught in a freezing downpour? This "Airvantage" liner adds a layer of high-tech
warmth and comfort. Of course, you do look like you've gained a few pounds when the jacket is fully
inflated... but comfort has its price. Speaking of price, the jacket I showed runs about $610 and
there are several other jackets from Oakley that will also use the Airvantage adjustable insulation
system .
Dyson DC11 Vacuum Cleaner
James Dyson is that British fellow that talks about his former "suction problems" relentlessly on
television ads. He is also a maverick inventor of a line of dynamic newly designed vacuum cleaners
that do pack a wallop. In addition, Dyson's hip design style has reenergized the traditionally stale
houseware-space with a dramatic use of vibrant colors (bright yellows and reds) and outrageous
sculptural shaping of plastic. When I first saw this latest creation, the DC 11, I was astounded at
Dyson's audacity. The vacuum cleaner truly looks ripped from the "Ghostbusters" movie as if it were
some sci-fi device with extreme powers.
The vacuum cleaner suction compared favorably to any other machine I tested it against (with the
3. possible exception of a Miele unit) but it has other obvious advantages of a "best of breed" unit.
First, all the parts and hoses, and attachments that litter the broom closet end with the DC11. Dyson
designed the hose to curl around the bright yellow unit and to design the parts so they attach
intelligently to the canister unit. Another blessing is that you can see (in the clear canister area)
precisely what you are gathering... and there are no costly bags or additional filters to change. I
subjected this unit to a rather extreme unintended drop-test on camera, and it still worked great.
Too great, actually, as newsroom coworkers in various cubicles and edit bays were so happy to grab
this it took more than an hour to get it back. The DC11 costs $499 and is available now.
Sony's VAIO x505
When I first saw a "bootleg" of Sony's X505 near-paper-thin laptop brought from Japan several
months ago I could not believe my eyes. Sure it was beautiful but could a laptop have any true
functionality weighing well under two pounds? Now that I've had a chance to play with the real
McCoy, I continue to be astonished by this diminutive work of art. The biggest thing on this ultra-
lightweight is a very bright 10.4-inch screen and a lithium-ion battery featuring at least 3 ½ hours of
charge. But the case, made from a new carbon-nickel composite material, is perhaps the greatest
innovation. The result is a heat dissipating, strong and ultra-light body. And what a delight! There's
a 20-gig hard drive and a number of well-designed components and attachments: a 802.11 G wifi
card and an Ethernet adapter dongle, etc. This computer will be available soon from Sony Wonder
stores and will retail for about $3000.
Mikey Sklar's Electric Clothing
Speaking of design risks, I just came across a fascinating young designer's efforts to create custom-
made electronic clothing - clothing that adds bright light and interesting interfaces to what once
were humdrum threads. Mikey Sklar calls these garments "mods" (for modifications) and he's not
alone. There are many designers, particularly at MIT, who have been exploring wonderful ways to
make clothes tools to communicate. Watch out for Mikey's Electric Clothing in the future; the wild
lights and crazy patterns are hard to miss.
By "Digital Dan" Dubno
Copyright 2004 CBS. All rights reserved.