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An established business executive with a background in robotics, Chris Moehle is a venture capitalist specializing in new robotics technology. The managing director of The Robotics Hub, Chris Moehle has spent the last few years advocating for the advancement of robotics and, most recently, augmented intelligence, which involves the combination of data science and artificial intelligence (AI) with traditional human judgement. Quantum artificial intelligence, or simply quantum AI, refers to the integration of quantum computing in the computation of machine learning algorithms. Machine learning is an approach that focuses on developing self-instructable AIs that can learn and act according to everyday observations without continuous human interaction or code-mediated instructions. However, despite the promise of AI humans are not and should not be out of the loop. This is a core principle of Augmented Intelligence. Quantum AI can achieve results that are far beyond the limits of classical computers without straying from the principles of Augmentation. However, a key limitation to using Quantum approaches to Augmented Intelligence is the "noise" inherit in the system. This can make it more difficult to trace and track Quantum than classical methods. To minimize data error and also ensure accurate functioning of quantum computers, a hybrid quantum-classical model is crucial, which involves integrating quantum capabilities with classical computing to sort out data and "validate" learning. In Chris Moehle's opinion, these hybrid approaches are also much easier to adopt. If done well, hybrid implementations gain the power of Quantum additively without removing more trusted classical approaches. This allows trust in the Quantum systems to be built quicker as you are able to safely try them in more meaningful settings.

Chris Moehle is a supporter of entrepreneurs and robotics technologists through his leadership role at The Robotics Hub, a Pittsburgh-based venture organization. Recent advances in the interconnected fields of Quantum Computing and Quantum Artificial Intellegence offer to fundamentally change the toolkit available to technologists and entrepreneurs in the space. The foundation of physics, the basic laws of our universe, quantum mechanics is about how matter behaves at a very small scale (quantum levels). A cutting-edge approach to viewing the physical world, quantum mechanics has demonstrated applicability in the development of innovative computers and AI that can handle uncertainty with powerful calculations. A classical computer chip uses bits that are tiny switches that can occupy either of two positions - the off position (0) or the on position (1). In classical technologies like operating systems and smartphones, millions of these bits are used in every app each user executes. For most things, classical computing works great, but it is useless in some situations. In fact, the universe does not operate on off (0) and on (1) alone. At quantum levels, matter behaves with uncertainty. Even the best classical supercomputers do not handle uncertainty efficiently. This is where quantum computing comes in. Rather than using bits, quantum computers work with qubits which are not constrained like bits. Qubits do not just sit in on or off positions, but can also occupy superpositions that are created by quantum effects, or uncertainty. At superposition, data is simultaneously on and off, or somewhere between the two extremes. This ability to account for uncertainty in state provides a more powerful problem solving framework than a binary system. As a result, algorithms developed on a quantum framework can address problems on a fundamentally larger scale than what was possible without it. This in turn means a new universe of possible real world applications technologists and entrepreneurs can address.

An accomplished executive and longtime resident of Pittsburgh, Chris Moehle has extensive venture capital, business development, and robotics experience. Leading The Robotics Hub as managing director, Chris Moehle concentrates his expertise on the development of innovative technologies through the use of advanced robotics and artificial intelligence (AI). Although artificial intelligence has seen significant innovations over the past decade, it has yet to overcome certain technological limitations. Adaptive machine learning, neuromorphic cognitive models, and reasoning under uncertainty are some critical challenges of classical AI. While these challenges are complex, the basic physical limitations of classical computing underpins each of them. For addressing these limitations, quantum AI is a promising solution. Quantum AI refers to artificial intelligence that relies on quantum computing. Quantum computing is an innovative computing approach that uses non binary base units called qubits (instead of bits) to allow truly non linear compitational power. With the unique capacity of quantum computing, many shortcomings of classical AI can be addressed or even eliminated, For example, when quantum computing is integrated into machine learning models, the algorithm can be enhanced for rapid training of robots. For instance, a quantum optimized AI can complete analyses within a short time that would have taken years with classical machine learning algorithms. This promises a new class of functionality in both Robotics and AI.

An accomplished robotics entrepreneur and industry leader, Chris Moehle draws on extensive experience in robotics, business development, and venture capital. Chris Moehle serves as a member of the board at Ariel Precision Medicine, a Pittsburgh-based healthcare company focused on delivering innovative solutions for the diagnosis, monitoring, and treatment of complex chronic diseases, including pancreatitis. Pancreatitis refers to an inflammation of the pancreas. An organ that sits in the upper abdomen, the pancreas produces certain enzymes that aid digestion and hormones, including insulin, that help the body regulate blood sugar levels. If pancreatitis occurs suddenly and lasts for days before the organ finally heals, the condition is called acute pancreatitis. Signs and symptoms of acute pancreatitis include abdominal pain that is aggravated after eating, abdominal pain that radiates to the back, nausea and vomiting, fever, and rapid pulse. If pancreatitis develops slowly over many years, the condition is referred to as chronic pancreatitis. Signs and symptoms of chronic pancreatitis include upper abdominal pain, steatorrhea (oily and unpleasant smelling stools), and undesired weight loss. Mild cases of pancreatitis may subside without treatment. However, if symptoms are severe, treatment should immediately be sought to avoid life-threatening complications.

An alumnus of the University of Virginia and Carnegie Mellon University, Chris Moehle serves as the managing director of The Robotics Hub, a Pittsburgh, Pennsylvania-based organization. Under Chris Moehle’s direction, the Robotics Hub provides financing and organizational support to emerging entrepreneurs and robotics technologists. Contrary to the perception of "autonomous" hardware that operates in a variety of situations, many applied robotics solutions are used by companies in closed and well-mapped environments. Among many other benefits, these settings reduce engineering problems since the environment is less trafficked. Robots can learn faster and produce insightful data quickly in constrained spaces. Data is a thing many industries have grown to rely on. With crucial data made available just in time, many industries are fortified with the essential sustainability requirements. Integrating robots into production environments will not only unlock new streams of physical data but also optimize production through positive impact in feedback loops.

An executive and resident of Pennsylvania, Chris Moehle has experience in robotics and business development. Currently serving as managing director of The Robotics Hub, Chris Moehle focuses on innovative technology development. Coupled with augmented intelligence, smart robotics seeks to boost human function. Smart robotics is an evolving technology. Built-in functionalities allow robots to communicate with humans. They also learn from their environment and modify actions. Robots can perform various actions and come up with unanticipated results. Smart robotic applications aim to improve workplace efficiency, personalized user experiences, and productivity. Smart technology is already common in automation and manufacturing. There's a push to expand into the agriculture, retail, and healthcare sectors. Researchers are looking into consumer-oriented smart technologies. MIT researchers developed a Robo-picker that picks and packs. Food delivery is a continuing research topic of interest. With incrementing success rates, smart technologies have demonstrated significant proficiency.

A Pennsylvania-based executive and entrepreneur, Chris Moehle leverages several years of venture capital, business development, and robotics experience. He currently heads The Robotics Hub as managing director. Chris Moehle also serves as a board member of Ariel Precision Medicine, which focuses on precision medicine for complex chronic diseases. Precision medicine aims to provide personalized care for patients suffering or at risk of complex diseases. The medicine uses a molecular genetics approach, biomarkers, and modeling. Unlike conventional medicine, precision medicine focuses on factors that differ among patients. Precision medicine represents an approach that could address current medical limitations. Conventional medicine views disease as a deviation from a healthy body state caused by one predominant agent. It focuses on early diagnosis and disease management. However, it doesn't address less obvious factors such as underlying disorders. Precision medicine targets specialized cells in the body altered by a complex disease. It focuses on mitigating the agents contributing to the abnormality to cure the underlying disorder.

Chris Moehle, of the Pittsburgh-based The Robotics Hub, has spent the last few years promoting the growth of robotics, and more recently, augmented intelligence (AI). As part of this, Chris Moehle has led several programs on AI and COVID-19 resiliance. Most of the literature on the subject pointed to AI being used in the healthcare industry to facilitate a better strategy for handling the spread of the virus. Right now, AI has aided in the quick detection of risks and the prediction of the spread of the virus in real-time to stave off future outbreaks. AI seems to be not only promising for investment potential but also in the area of analytics (collecting data on the virus), many believe that AI plays a key role. For one, it appears the technology can combine information from disparate locations for real-time assessment. It can also be a way for health organizations to save money during the pandemic by using cloud-powered analytics to limit localized analysis. Finally, this technology can be used to automate manual reports and financial and regulatory information, giving employees more time to analyze the information given to them. In sum, AI approaches are fundamental to extending the overtaxed resources, and limited time, of our medical system

While always involved in technology, Chris Moehle has, in the last few years, spent a good portion of his time working in the robotics industry, including his most recent position as managing director of The Robotics Hub. In fact, Chris Moehle was involved in a webinar that discussed the role of augmented intelligence (AI) in the workplace. Like most well built technology, the motivation behind incorporating this technology is not to replace human work but to supplement it. AI should be a tool that adds to human intelligence in a very different way to the public fear regarding AI (artificial intelligence), which to many conjures up images of a community controlled by machines that are taught to problem-solve. Augmented intelligence has become a more specific term that includes human potential as a part of the work equation. In fact, researchers expect that AI will have the potential to increase human ability and productivity at least 40 percent or more. However, the technology is currently is being used across sectors. The future is now and some industries are already working on technology that would pair AI with humans. For example, in banking businesses are looking at ways to process business intelligence to deliver better products to customers. Healthcare is another field where AI will facilitate more productivity through human interaction with machines. In terms of operational efficiency, AI will facilitate healthcare organizations extending conventional settings.

Chris Moehle leads investment at The Robotics Hub and helps develop product strategy as well as venture funding plans. To date, Chris Moehle has led The Robotics Hub into becoming a lead investor in nine companies. One of these is Module, an off-site home construction company in the Pittsburgh area. Off-site construction has significant advantages over traditional construction methods, many of which are beneficial for communities and the environment at large. Off-site construction involves planning, designing, manufacturing, and assembling building elements at a separate location from their final installation site. This allows construction crews and machinery to more easily work on the project when the building is to be installed in an otherwise cramped space. It also improves construction speed and efficiency. Another advantage is that it reduces traffic congestion significantly. A construction site can impact neighborhoods and reduce the flow of traffic considerably. Cutting this congestion helps to both reduce carbon emissions and the problems it causes for neighborhood residents. Another important advantage is that it cuts down on waste production. According to research from the National Association of Home Builders, construction of a 2,000-square-foot home produces 8,000 pounds of waste material. When the building is software-driven like it is at Module, material use is optimized and waste is substantially reduced.

Robotics expert Chris Moehle is the managing director of The Robotics Hub, the world’s first fund aimed at actively creating companies out of emerging robotics breakthroughs. Chris Moehle has a diverse background in the physical sciences, graduating first in his class from Carnegie Mellon University. Robotization and automation have a negative image in some circles, but robots have numerous tangible benefits that improve the lives of first-line employees. For one, robots can undertake tasks that would be dangerous for a human and can perform those tasks much more efficiently by eliminating human error. Robots are also excellent at performing rote tasks that don’t require much thought. Menial tasks are demoralizing for human operators in the long term, and robots can help transition employees into more challenging and rewarding positions. Furthermore, even though they’re often perceived as replacing humans, robots actually create almost as many jobs as they automate. As robots become more mainstream, more positions will be created for people to build, operate, and maintain them.

Technology focused, Chris Moehle is a Pittsburgh, Pennsylvania entrepreneur who leads the Robotics Hub Accelerator and Venture Fund and invests in disruptive startups. Chris Moehle has a strong personal interest in the human and social benefits that next generation robots offer. A leading edge household robot featured by Samsung at the most recent Consumer Electronics Show (CES) in Las Vegas, Ballie has the shape of a sphere. Designed to roll across enclosed spaces such as homes and offices, Ballie employs video cameras in tandem with AI in providing a host of responsive services. These include rolling to examine spills on the floor, and activating household devices such as vacuum cleaners to address the situation at hand. With the ability to serve as a pet companion when owners are away, Ballie can also be a human fitness assistant and film exercise routines from various angles, while suggesting improvements. Able to call for help in case of an emergency, Ballie can also transmit essential video feed data to first responders to help them respond to the emergency at hand. With Ballie’s form factor far from the human-like robot many people associate with a robotic assistant, the robot’s versatility may just trump expectations.

Chris Moehle is the managing director of The Robotics Hub, a pioneering fund to encourage the creation of firms that leverage robotics breakthroughs. In his leadership role, Chris Moehle guides an eight-person team that deploys investments in innovative robotics startups. Modern Japan faces an economic future complicated by a demographic problem: its population is rapidly aging. Two main social factors drive this state of affairs - Japanese people have a very high life expectancy, and young people are not having many children. The result could be a future Japan strangled by a lack of young laborers to replace retirees and government finances strained by caring for the elderly without the tax base to refill public coffers. The Japanese are hoping that robotics can help them overcome this problem. Japan, with the fourth-highest robot density in the world, is already a leader in the use of robots in business. Further, Japan exports robots to its trade partners. To maintain economic growth, however, Japan will need to expand the use of robots beyond factories and into the world of social labor. For example, robots could address labor shortages in Japanese schools, retirement communities, airports, and healthcare facilities.