The Bose Fab is an innovative and collaborative initiative

Aimed at democratising cutting-edge netzero semiconductor fabrication technologies in the fields of AI, quantum technologies, nanotechnology, space exploration, computing, and communication. It serves as a platform for scientists, and industries to collaborate and access state-of-the-art facilities and equipment. The primary objective of the Bose Fab is to foster an environment of innovation and scientific advancement by providing researchers with the necessary infrastructure and resources to explore groundbreaking ideas and push the boundaries of knowledge. 

By offering open access to advanced semiconductor technologies, 

the Bose Fab aims to level the playing field and remove barriers that often limit the progress of research and development. Industries and researchers working in the field of biophysics can utilise the Bose Fab to investigate biological systems at the molecular level, study cellular processes, and develop novel techniques for medical diagnostics and treatments. Quantum physicists can leverage the facility to conduct experiments related to quantum computing, quantum communication, and quantum information processing. In the realm of nanotechnology, the Bose Fab will offer cutting-edge fabrication and characterisation tools to researchers interested in exploring nanomaterials, nanodevices, and nanoscale phenomena. This facility will also support space exploration endeavours by providing resources for satellite development, space instrumentation, and space communication systems. 

With a focus on computing and communication technologies, 

The Bose Fab encourages the exploration of unconventional computing paradigms, such as quantum computing, neuromorphic computing, and optical computing. It will also serve as a hub for developing advanced communication systems, including wireless communication technologies, satellite communication, and high-speed data transmission. The Bose Fab will go beyond providing infrastructure and resources. It will foster an academia-industry collaborative environment, facilitating networking opportunities and knowledge sharing among researchers, academics, industry experts, and entrepreneurs. It also will offer extensive training programs, workshops, and seminars to skill and expertise a large number of individuals to work in cutting-edge fields. 

Positioning as a pioneering global leader in AI-hardwares. 

It will empower scientists and engineers to push the boundaries of knowledge, drive technological advancements, and make significant contributions to various fields of science and technology. Creating significant economic and environmental benefits, the objective of this proposal is to establish a state-of-the-art nanofabrication facility in India that utilizes hydrogen and solar technologies for its operations. This facility will be a pioneering project, as there is currently no such facility in the country and the world. 

Framework

Governed by a commercial focused innovative board of directors

• The Fab will be funded by impact funds. 

• Service-based income will be another source of income

• Investing equity on semiconductor nanotechnology startups will be another route of income

• At the front end, the organisation will have a space for museum to show case nanotechnology and boost the interest in young generation for nanotechnology

• Investor awareness in nanotechnology will be an important agenda of the Fab

Deliverables

Timeline

//Year 1/ In phase 1, we will start a 5,000 sqft small cleanroom with ISO standard. 

//Year 2/ In phase 2, we aim to achieve industry scale automated cleanrooms beyond IMEC in India spanning over 0.5 acre land.

//Year 4/  In phase 3, we aim to create a gigafactory beyond TSMC in India across three acre land.

Outcome

//Service for the world/

/NanoFab on demand/

/pay and use facility with subsidised rate for startups and SMEs

/Skilling/

/technology readiness and commercial readiness for nanotechnology business - zero cost training

/Incubation with R&D space/

/incubation at The Bose Institute can be life long based on equity dilution or pay and use

/Business matchmaking/

/essential contacts to establish business and grow at fast rate; we also enlist technology demands from the stakeholders

/Funding and time/

/strong seed funding for initial three years with appropriate investment in follow up rounds

/Collaboration/

/regular networking meeting to generate collaborate internally and externally

/Legal affairs/

/a strong legal team at zero-costing for IP protection, IP conflicts, employee hiring, and business dealing

//Innovation clusters/  

/Nano/

/unrestricted innovation in nanoscience and nanotechnology

/Health/

/unrestricted innovation in healthcare, biology, biotechnology, biomedical engineering

/Computing/

/unrestricted innovation in unconventional computing

/Energy/

/unrestricted innovation in energy production, harvesting, storage, and usage.