Since the beginning of the Space Age, scientists have relied on multi-stage rockets in order to put spacecraft and payloads into orbit. The same technology has allowed for missions farther into space, sending robotic spacecraft to every planet in the Solar System, and astronauts to the Moon. But looking to the future, it is clear that new ideas will be needed in order to cut costs and expand launch services.
Hence why the ARCA Space Corporation has developed a concept for a single-stage-to-orbit (SSTO) rocket. It’s known as the Haas 2CA, the latest in a series of rockets being developed by the New Mexico-based aerospace company. If all goes as planned, this rocket will be the first SSTO rocket in history, meaning it will be able to place payloads and crew into Earth’s orbit relying on only one stage with one engine.
The rocket was unveiled on Tuesday, March 28th, at their company headquarters in Las Cruces. The rocket is currently seeking FAA approval, and ARCA is working diligently to get it ready for its test launch in 2018 – which will take place at NASA’s Wallops Flight Facility located on Virginia’s eastern shore. If successful, the company hopes to use this rocket to deploy small satellites to orbit in the coming decade.
The team tested their device on a prosthetic hand. When the skin patches on the skin were enabled, the prosthetic could touch and grab soft objects like a normal hand. But when the skin was not turned on, the hand crushed the objects.
The skin requires just 20 nanowatts of power per square centimeter, according to the paper. Right now, the energy captured by the photovoltaic cells has to be used immediately, but the team has another prototype in development that includes flexible supercapacitors to store excess energy.
They are also working on scaling up the material to cover larger areas of a prosthetic or robot, using a method the team pioneered in 2015 for inexpensively producing large sheets of graphene. Dahiya expects the skin will eventually be produced for just $1 for 5 to 10 centimeters of the material.
For a mind to be capable of tackling anything, it has to have a memory.
Humans are exceptionally good at transferring old skills to new problems. Machines, despite all their recent wins against humans, aren’t. This is partly due to how they’re trained: artificial neural networks like Google’s DeepMind learn to master a singular task and call it quits. To learn a new task, it has to reset, wiping out previous memories and starting again from scratch.
This phenomenon, quite aptly dubbed “catastrophic forgetting,” condemns our AIs to be one-trick ponies.
We will be able to embed storytelling directly into business strategy development, tell meaningful and memorable stories that truly connect with employees and customers, craft moments that are personalized and frictionless, and as a bonus, have the ability to harness Watson to optimize distribution across channel, demo and geography.
This is particularly resonant as I believe that just as the last twenty years mandated that every organization strive to be a technology company, the next twenty will command every winning corporation to be a content or media brand. In my view, Watson and AI will be the ingredient brand catalyzing tomorrow’s innovation at leading corporations in many ways; but media for certain will be top of the list, as AI assists them in becoming the top content studios of the future. Smaller businesses can scale these ideas using Watson as well as compelling content creation becomes an increasingly important driver of business strategy.
Tomorrow’s business success stories will be fueled by AI that extends beyond the CTO and areas of pure technology and infrastructure, to the CMO and areas ranging from culture to communication to creativity. The winning formula of the future as articulated by IBM will be creativity + technology = meaningful engagement, and the ability to activate purposeful change.
