The Tech Between Us

For decades, Moore’s Law has provided a roadmap for computing performance, but traditional transistor scaling is beginning to encounter the limits of physics. At the same time, artificial intelligence and other data-intensive workloads are driving unprecedented demand for greater computing power. In this episode of The Tech Between Us, Raymond Yin sits down with Mo Steinman, senior vice president and general manager at Lightelligence, to examine how photonics could help move computing beyond the limits of conventional electronic architectures.The conversation explores how silicon photonics uses light rather than electrical signals to perform computation and transfer data. Mo explains how waveguides, modulators, phase shifters, and the properties of light can enable optical arithmetic processing, while also providing higher-bandwidth connections between CPUs, GPUs, ASICs, memory, and other devices.The episode also examines the role photonics could play in artificial intelligence, where optical processors can deliver high compute bandwidth with extremely low latency. Raymond and Mo discuss the evolution of optical interconnects, including near-package and co-packaged optics, and why bringing optical connections closer to compute, memory, and switching devices could help eliminate electrical bottlenecks in increasingly complex systems.Looking ahead, they consider how photonics could scale across chips, systems, data centers, and even multiple data centers as computing architectures continue to grow. The ultimate opportunity may be a future in which electronic and optical technologies work together, each operating where it delivers the greatest advantage.Listen now and discover how photonics could help extend computing performance beyond the traditional limits of Moore’s Law.Learn more at: https://www.mouser.com/en/empowering-innovation/future-computing

Quantum computing has long been portrayed as science fiction, but the technology israpidly becoming an area of serious engineering exploration.In this episode of The Tech Between Us, Raymond Yin sits down with Dr. Daniel Gottesman, Brin Family Endowed Chair in Theoretical Computer Science at the University of Maryland and co-director of the Joint Center for Quantum Information and Computer Science, to separate quantum computing myths from reality and examine where the technology stands today.The conversation explores the fundamental principles behind quantum computing, including superposition, entanglement, and quantum error correction, and explains why quantum computers are not simply faster versions of classical systems. Dr. Gottesman discusses the engineering challenges involved in building reliable quantum computers and why interdisciplinary collaboration across physics, computer science, and electrical engineering is essential to advancing the field.The episode also examines where quantum computing could deliver meaningful impact, from materials discovery and molecular simulation to cybersecurity, artificial intelligence, and other highly complex computational problems. Looking ahead, Raymond and Dr. Gottesman discuss what practical quantum applications may look like over the next decade and why engineers should begin preparing for a future where quantum and classical computing work together.Listen now and discover how quantum computing could help solve problems that remain beyond the reach of traditional systems.Learn more at: https://www.mouser.com/en/empowering-innovation/quantum-computing

Humanoid robots are no longer confined to science fiction. In this episode of The Tech Between Us, Raymond Yin sits down with Leo Chen, Head of U.S. Operations at Engineered Arts, to explore how humanoid robots are moving from research labs into real-world applications. From lifelike facial expressions and multilingual communication to education, healthcare, and receptionist roles, the conversation dives into the engineering challenges and opportunities shaping the future of human-robot interaction.Leo shares the vision behind Ameca, Engineered Arts’ flagship humanoid robot, and explains why the company believes communication – not manufacturing – is the true superpower of humanoid robotics. The discussion covers edge AI, perception systems, emotional expression, telepresence, and the role of robotics in areas like patient simulation, elder care, and companionship.The episode also explores how engineers are designing robots to operate naturally in human environments, balancing technical advancement with trust, accessibility, and meaningful interaction. Whether supporting students in classrooms, assisting medical professionals, or creating memorable first impressions in public spaces, humanoid robots are opening new possibilities for intelligent systems built around people.Listen now and discover how humanoid robotics is evolving from futuristic concept to practical reality.Learn more at: https://www.mouser.com/empowering-innovation/humanoid-robotics-systems

In this episode of The Tech Between Us, host Raymond Yin speaks with Dr. Marisa Tschopp, researcher at scip AG and the University of Freiburg, about how people interact with artificial intelligence in their everyday lives.As AI systems become more conversational and more integrated into daily routines, people are beginning to form complex relationships with them — from practical tools to trusted companions. Dr. Tschopp explores why humans naturally humanize technology, how trust influences adoption, and what risks designers must consider when developing AI systems meant for everyday interaction.Tune in to hear how engineers and designers can create AI technologies that support people while maintaining transparency, safety, and human control.Subscribe for more episodes and visit https://www.mouser.com/empowering-innovation/engineering-ai-daily to explore how engineers are shaping AI for daily life.

In Part 2 of The Tech Between Us, guest host Matt Campbell continues his conversation with Bob Johnson of Johnson Consulting and Advisory to uncover how eVTOL technology reshapes aviation from the inside out.They explore hybrid propulsion, battery and thermal management, grid-scale charging, and how vertiports balance aviation and electrical infrastructure. Bob also outlines how public adoption, pilot training, and digital transformation—from networked control centers to autonomous flight—prepare the airspace for a new era of mobility.Hear how engineers design systems that make urban flight accessible, efficient, and safe for everyone.Subscribe for more episodes and visit https://www.mouser.com/empowering-innovation/urban-air-mobility to learn how Mouser and its partners power the next generation of transportation.

In this episode of The Tech Between Us, guest host Matt Campbell speaks with Bob Johnson, Principal at Johnson Consulting and Advisory, to examine the fundamentals of urban air mobility (UAM) and advanced air mobility (AAM).They discuss how cities, airports, and OEMs prepare for this new mode of flight that complements existing trains, planes, and automobiles. Bob explains how vertiports connect airports to central business districts, why cargo and emergency response will lead early adoption, and what it takes to safely integrate these systems into national airspace.Learn how technology, infrastructure, and public acceptance converge to make on-demand aerial transportation possible.Subscribe for future episodes and visit https://www.mouser.com/empowering-innovation/urban-air-mobility to explore how engineers help urban transport take flight.

In this episode of In Between the Tech, Mouser speaks with Stefanie Brickwede, Managing Director at Mobility goes Additive (and Medical goes Additive), about how 3D printing is moving beyond prototypes to real impact. Stefanie explains why AM is as much change management as it is technology, and how user-focused networks are lowering barriers around cost, training, certifications, and standards.Explore the expanding materials landscape – polymers, metals, resins, ceramics, concrete, and bio-materials – and the use cases they unlock: lightweight aerospace parts, regulated medical and dental applications, on-demand spares for rail and heavy equipment, jigs and fixtures for production, and even early work in printed food and tissues. We also dig into AI’s role in design, quality, and digital inventory—turning physical warehouses into printable catalogs and enabling Design for Additive Manufacturing (DfAM) and functional integration. Subscribe for future episodes and visit https://www.mouser.com/empowering-innovation/3d-printing to explore more on additive manufacturing.

In Part 2 of The Tech Between Us, host Raymond Yin continues the conversation with Mark Beatty, Founder & CEO of 3D Agility, to examine how additive manufacturing is revolutionizing maintenance, repair, and replacement. From rail and aerospace to defense and heavy equipment, industries with long product lifecycles are turning to 3D printing to solve obsolescence challenges, extend equipment life, and reduce replacement costs.Raymond and Mark discuss how companies are leveraging 3D scanning, reverse engineering, and advanced materials to replace discontinued parts, reduce supply chain risk, and create “soft landings” for end-of-life products. Learn how additive is not just for prototyping or production, but a critical tool for aftermarket support and customer loyalty.Subscribe for future episodes and visit https://www.mouser.com/empowering-innovation/3d-printing to explore more on how 3D printing is powering innovation, part by part.

In this episode of The Tech Between Us, host Raymond Yin is joined by Mark Beatty, Founder and CEO of 3D Agility, to explore the rapid evolution of additive manufacturing. What was once seen as a tool for hobbyists and prototypes has now become a cornerstone of industrial-scale production, reshaping how companies approach design, supply chains, and sustainability.Raymond and Mark discuss the latest advances in hardware, software, and materials—from AI-enabled printers to titanium and carbon fiber composites—and how real-world challenges like supply chain disruptions have accelerated adoption. Learn what companies should consider when integrating additive into their workflows, from talent and training to materials and post-processing.Subscribe for future episodes and visit https://www.mouser.com/empowering-innovation/3d-printing to dive deeper into how 3D printing is transforming industries, layer by layer.

In this episode of In Between the Tech, Mouser sits down with Nirman Dave, CEO of Zams, to explore how AI agents are moving beyond predictions to real-world action. From automating supply chains to streamlining operations in agriculture and manufacturing, Nirman shares how Zams is helping non-tech-native businesses adopt enterprise-grade AI with transformative results.Learn how Nirman’s entrepreneurial journey, from building circuit kits in high school to leading an AI company, shaped his vision for accessible, outcome-driven artificial intelligence. Discover how Zams is enabling businesses to build their own intelligent agents that don’t just forecast, but act.Subscribe for future episodes and visit https://www.mouser.com/empowering-innovation/ai-powered-engineering to explore more on AI-powered engineering.