NASA

Swift Coat designs and manufactures nanoparticle-coating solutions in Arizona. Its versatile solution coats various surfaces, serving diverse markets including solar, military, consumers, industries, glazing, filtration, display, and sensors.

A mid-sized university with a substantial number of degree programs, research-based academics, diverse social and cultural activities and courses for senior citizens University of Alabama Huntsville is large enough to offer many opportunities, but small enough to foster a sense of community. Programs in the Liberal Arts, Sciences, Humanities, Performing Arts, Business, Engineering, Nursing and other fields may be found at the undergraduate and/or graduate levels. Research is a significant part of the Huntsville learning experience. Astrophysics, Earth Science, Engineering, Information Technology, Robotics and Nanotechnology are just some of the fields in which Huntsville students and faculty conduct research. Performing arts events, social activities, religious, academic, multicultural and service organizations and activities are all part of Huntsville’s student life. Huntsville’s Osher program for lifelong learning is exclusively designed for senior citizens who wish to take a class of personal, academic or creative interest. Admission to Huntsville is based on standard criteria including SAT or ACT scores and grades. Students may also receive financial aid, based on eligibility requirements.

Swift Coat designs and manufactures nanoparticle-coating solutions in Arizona. Its versatile solution coats various surfaces, serving diverse markets including solar, military, consumers, industries, glazing, filtration, display, and sensors.

The South Dakota School of Mines and Technology is a proud four-year public institution, located in Rapid City, South Dakota. Mines and Technology provides stellar academic and research opportunities for its students. Mines and Technology provides a wide range of departments in order to ensure quality specialization among faculty. Students can choose various concentrations in more than 15 departments. Most departments range in the sciences, with nearly half in various engineering emphases. Though Mines and Technology offers superb instruction in the sciences, students of the humanities and social sciences should not feel left out. Graduate programs provide the university with stellar research opportunities. Master’s degrees can be earned in over a dozen programs, including Robotics and Intelligent Autonomous Systems, and several engineering specializations. Doctorate degrees are offered in the various fields of engineering, as well as Nanoscience and Nanoengineering. Mines and Technology expects graduate students to participate heavily in research projects. Undergraduate and graduate students alike benefit from the influx of research-driven faculty on campus. Student life is an important outlet at the Mines and Technology campus. Students are encouraged to participate in campus activities, community organizations, resident life, and athletic teams. Student support services are offered to help students fulfill their academic potential. Students can take advantage of academic and career counseling, financial aid advising, on-campus child care, a health clinic, academic workshops, and much more. Mines and Technology is dedicated to providing a rich academic environment to challenge and promote the intellectual power of each student.

Eascra Biotech specializes in developing DNA-inspired, nanoparticle-based delivery systems for targeted therapeutic treatment. Their platform, based on Janus base nanomaterials, encapsulates and stabilizes various therapeutic agents like mRNA, siRNA, proteins, and gene-editing tools, enabling precise delivery to hard-to-reach tissues such as cartilage, kidneys, and solid tumors. This approach enhances therapeutic efficacy, reduces systemic exposure, and preserves bioactivity, offering a low-cost, scalable alternative to existing treatments for chronic conditions.

NanoRacks LLC, founded in 2009 and headquartered in Houston, Texas, develops satellite equipment and platforms for government and commercial customers. The company offers a range of space services, including satellite deployment, microgravity research, hosted payloads, and technical resources. NanoRacks provides suborbital services such as integration, payload design, development, and interfacing. Their product offerings include airlocks, internal payload equipment, and satellite deployment platforms like the ISS CubeSat deployer and external Cygnus deployer. The company serves a diverse clientele including organizations, government agencies, educational institutions, and consumer companies. NanoRacks has deployed over 700 payloads on the International Space Station and has partnerships with notable entities such as NASA, ESA, DLR, and various private companies.

Multiscale Systems produces industrial innovations through technical engineering services and a robust in-house R&D program. The company specializes in metamaterial composites and focuses on advanced manufacturing.

Lookin is a developer of advanced terahertz scanners, which leverage the unique properties of terahertz waves to offer non-invasive and non-contact solutions for quality inspection and material characterization. The technology enables the detection of defects such as divots, agglomerates, and metal contamination, making it ideal for high-throughput applications that require sensitivity and precision. By utilizing terahertz waves, Lookin provides a platform that allows for the inspection of materials that are otherwise visually inaccessible, while ensuring safety since the waves are non-ionizing and non-destructive. This innovative approach positions Lookin at the forefront of non-destructive quality control technologies.

DexMat is a manufacturer specializing in advanced carbon nanomaterials, particularly Galvorn, a conductive carbon nanomaterial that is significantly stronger and lighter than traditional materials. Galvorn is ten times stronger than steel, half the weight of aluminum, and boasts a flex life that surpasses copper by a factor of one hundred. The company offers its products in various forms, including fibers, yarns, films, and fabrics, targeting diverse industries such as aerospace, automotive, e-textiles, and sporting goods. By replacing conventional, greenhouse gas-intensive materials, DexMat aims to foster a shift toward more sustainable manufacturing practices. Their carbon-negative production processes in the United States present a significant opportunity for carbon reduction on a global scale, positioning their innovative materials as potential game-changers for modern industrial applications.

DexMat is a manufacturer specializing in advanced carbon nanomaterials, particularly Galvorn, a conductive carbon nanomaterial that is significantly stronger and lighter than traditional materials. Galvorn is ten times stronger than steel, half the weight of aluminum, and boasts a flex life that surpasses copper by a factor of one hundred. The company offers its products in various forms, including fibers, yarns, films, and fabrics, targeting diverse industries such as aerospace, automotive, e-textiles, and sporting goods. By replacing conventional, greenhouse gas-intensive materials, DexMat aims to foster a shift toward more sustainable manufacturing practices. Their carbon-negative production processes in the United States present a significant opportunity for carbon reduction on a global scale, positioning their innovative materials as potential game-changers for modern industrial applications.

DexMat is a manufacturer specializing in advanced carbon nanomaterials, particularly Galvorn, a conductive carbon nanomaterial that is significantly stronger and lighter than traditional materials. Galvorn is ten times stronger than steel, half the weight of aluminum, and boasts a flex life that surpasses copper by a factor of one hundred. The company offers its products in various forms, including fibers, yarns, films, and fabrics, targeting diverse industries such as aerospace, automotive, e-textiles, and sporting goods. By replacing conventional, greenhouse gas-intensive materials, DexMat aims to foster a shift toward more sustainable manufacturing practices. Their carbon-negative production processes in the United States present a significant opportunity for carbon reduction on a global scale, positioning their innovative materials as potential game-changers for modern industrial applications.