With a passion for innovation and a vision for a more powerful & energy-efficient future, my journey in the realm of advanced materials and devices allowed AKHAN to stand at the forefront of cutting-edge thin film diamond technology, promising applications from consumer electronics to aerospace/defense and beyond.
"My “aha” moment occurred in 2004 when, as a junior at the University of Illinois at Chicago, double majoring in physics and engineering, a research paper seized my interest. It was about the role that diamond could play as an electronics material — vastly uncharted territory at the time. I recognized then that diamond technology could spark a seismic change in the electronics industry and I knew I wanted to play a role in making diamond semiconductor a reality."
Adam Khan is a vanguard in diamond semiconductor technology, celebrated for his foresight and expertise in the industry. As the founder of AKHAN Semiconductor, he was instrumental in innovating lab-grown diamond thin-films for a myriad of applications, from enhancing the durability of smartphone screens and lenses with Miraj Diamond Glass® to bolstering the survivability of aircraft with Miraj Diamond Optics®.
In 2019, under Adam's direction, AKHAN collaborated with the U.S. Army and a major Defense Contractor to demonstrate the robust capabilities of its diamond technology, reinforcing its vital potential in national security and defense. Adam's vision led AKHAN to secure a significant $20 million investment for its A-Round of financing, enabling rapid scaling to meet growing demand for its consumer device technology. His leadership has been recognized through various accolades, including being honored as a Forbes 30 Under 30 recipient in Energy & Industry, which attests to his remarkable achievements.
Adam's work in diamond technology is both broad and deep, marked by significant advancements across a spectrum of applications. He has been pivotal in evolving the science of advanced diamond materials synthesis, contributing to novel breakthroughs in doped microcrystalline diamond research, and spearheading innovative design and fabrication techniques for a range of optics, photonic, and semiconductor component applications. His over 30 issued patents and numerous peer-reviewed publications reflect a keen focus on pushing the boundaries of Diamond Thin-Film Optics, Mechanics, and Electronics, including the development of durable, high-performance optical coatings for use in demanding environments from consumer electronics to battlefield optics.
Moreover, Adam's insights into Diamond Thin-Film Mechanics have led to novel testing methodologies for evaluating the thermal and mechanical resilience of diamond glass structures. These contributions have not only advanced the academic understanding of diamond materials but also translated into practical, real-world applications, underscoring the versatile potential of lab-grown diamond technology.
Adam's dedication to the field is not just limited to technical excellence but also includes advocating for the broader adoption of lab-grown diamond technologies. His commentary suggests a vision where diamond not only competes with but exceeds the capabilities of traditional wide band gap materials like silicon carbide and gallium nitride, especially in high-temperature and high-power density applications.
As the founder of Diamond Quanta, Adam continues to build upon his legacy, driving innovation that aims to revolutionize power electronics and quantum photonic applications, leveraging diamond's unparalleled properties to create more efficient, powerful, and durable systems. His journey is a testament to a relentless pursuit of innovation, steering the industry towards a sustainable and high-performing future.
Following his impactful tenure at AKHAN, Adam founded Diamond Quanta to push the boundaries of diamond semiconductor technology further. Diamond Quanta specializes in the defect engineering and manufacturing-minded development of diamond systems to achieve advanced doping techniques, pioneering the development of both n-type and p-type synthetic diamond materials. This innovation enables exceptional semiconductor performance, surpassing traditional materials and unlocking new possibilities in high-power and high-temperature applications. Diamond Quanta's mission is to lead the next evolution in semiconductor technology, driving progress in fields ranging from AI computing to automotive electronics.
Infrared optical window, display glass and lens coatings (single layer diamond and multilayer composites)
From first principles, evolved novel contact and fracture mechanics methodologies to characterize new phenomena and benchmark coatings effectiveness in relevant environments
Khan, A.H., Schirmann, E. & Kovi, K.K. Fluorinated graphene oxide, nanocrystalline diamond multilayer thin films for optical and electromagnetic limiting applications. emergent mater. 4, 525–530 (2021). https://doi.org/10.1007/s42247-021-00217-2
Khan, A.H., Sumant, A. On Enabling Nanocrystalline Diamond for Device Use: Novel Ion Beam Methodology and the Realization of Shallow N-type Diamond. MRS Online Proceedings Library 1478, 1–7 (2012). https://doi.org/10.1557/opl.2013.192
A.H. Khan, A.V. Sumant, “Surface Properties of Hydrogen Terminated Co-Doped
Nanocrystalline Diamond” International Materials Research Congress (MRS) 2013 [Invited
Talk]
A.H. Khan, A.V. Sumant, "Hydrogen Termination of Phosphorous Co-Doped Nanocrystalline Diamond and its Implication on N-type Doping" International Conference on Small Sciences 2013 [Invited Talk]
A.H. Khan, A.V. Sumant “Towards Achieving Efficient N-type Doping in Nanocrystalline
Diamond”, New Diamond and Nano Carbons Conference (MRS) 2014 [Invited Talk]
A.H. Khan “Thin Film Nanocrystalline Diamond for Optical & Monolithically Integrated Display Applications”, International Conference on Diamond and Carbon Materials 2017
[Invited Talk]
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Adam Khan, a visionary in the realm of diamond technology, founded AKHAN Semiconductor, Inc in late 2012 as a solo entrepreneur. His journey in this field began during his undergraduate years at the University of Illinois Chicago, where apart from being an electrical engineering and physics student, he also served as research assistant to Professor Dirk K. Morr in Theoretical Condensed Matter Physics. It was here that he initiated his pioneering work which eventually led to the creation of the Miraj Diamond® Platform. In 2010, he furthered his research at the Stanford University Nanofabrication Facility, developing pioneering diamond semiconductor doping and device approaches and processes. In 2012, Khan's work with Argonne National Laboratory led to the development of the Miraj Diamond® Platform, combining Argonne's low-temperature diamond deposition technology with AKHAN’s efficient n-type doping process. This collaboration earned Khan and his esteemed collaborator, Dr. Anirudha Sumant, the prestigious R&D 100 award, often referred to as the "Oscars of Innovation"-- amongst other accolades and awards.
Under Khan's leadership, AKHAN Semiconductor experienced substantial growth and development. He successfully raised over $5 million in pre-series A funding, followed by co-raising $20 million in Series A financing, showcasing his entrepreneurial prowess and the market's confidence in his vision. This funding was instrumental in establishing and staffing a state-of-the-art facility in Illinois, equipped with an advanced cleanroom, diamond CVD reactors, and other essential support equipment facilities, including wet chemistry, metrology and test labs. The establishment of such a comprehensive facility marked a significant transition for AKHAN from starting as a single-employee company using university and national lab facilities to a global leader in the thin-film diamond industry with robust in-house capabilities.
In collaboration with a leading defense contractor and the US Army Xtech Program, Khan further showcased his expertise by developing a composite 2D-3D diamond and graphene oxide-based coating technology, providing resistance against electromagnetic, kinetic, and laser energy weapons. This coating technology is also characterized by its ultra-hardness, scratch resistance, high thermal conductivity, hydrophobicity, chemical and biological inertness, and high transmittance at critical angles, making it a significant advancement in military aerospace applications. This technology underscores his ability to extend his research into the national security and defense sectors.
Among Khan's key innovations, Miraj Diamond Glass technology has set new benchmarks in the industry. This technology, known for its enhanced hardness and extreme mechanical (scratch and wear resistance) properties, has use in various applications, including consumer electronics, automotive, and defense industries-- demonstrating Khan's ability to blend scientific research with practical applications.
Throughout his career, Khan has expanded AKHAN’s customer base to include market leaders in various sectors, including aerospace/defense, semiconductor equipment, and consumer electronics. His role in propelling AKHAN Semiconductor from a start-up to a prominent name in the diamond industry exemplifies his leadership, innovation, and commitment to advancing technology. Khan's legacy as a diamond technologist and innovator continues to inspire and influence the lab-grown diamond industry.
For a more information on AKHAN, please visit their site using the below link
C2ST/Argonne National Laboratory
Bloomberg Businessweek- The Year Ahead: 2015
CNBC/C-SPAN: US Council on Competitiveness- 30th Annual National Competitiveness Forum
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