LSQuant team has recently optimized, benchmarked, and developed computationally efficient and versatile versions of linear-scaling quantum transport codes to facilitate their implementation in CPU and GPU computing infrastructures, as well as to interface them to other existing open sources including KWANT, WANNIER90, TBmodels, etc… allowing for multiscale simulation value chain to be built, and machine learning tools to be harnessed. This opens tantalizing prospect for advancing fields of research such as quantum technologies in sectors of current fudnamental relevance such as nanoelectronics, spintronics, photonics, thermal management and dissipation, quantum computing, and so forth.
The current development phase is opening unprecedented opportunities for new comers (students, researchers, engineers), collaborators, or academic and industrial partners to become active parts and benificiaries of these new emerging tools, which would provide competitive advantages in many regards.
In forthcoming months, calls for partnerships will be announced and engagement of a large community of users and developers make reality. To stay in touch with our exciting plans, we are inviting you to contact us at LSQuant CONTACT
If you are interested to become a sponsor of our initiative, details information will be provided by contacting email@example.com