Algorithms
The facility seeks to conduct research into more efficient algorithms as novel inventions or improvements on what we already have. We seek to design and implement better software and code for performance.
With more
computing power, you can do what you could
hitherto not achieve. We can also probe in
ways that we could not have done before. We
are thrilled to see ever larger models being
produced, with higher resolution and more
fidelity. We'd like to use our HPC resource
to look at the most massive systems and the
tiniest as well, considering the simplest of
them and the most complicated altogether.
The Facility for HPC shall both conduct
investigations on increasing performance of
computing systems, even, delivering novel
systems, algorithms and applications, and
shall avail its resource of computing might
to researchers and the public for commerce.


The facility seeks to conduct research into more efficient algorithms as novel inventions or improvements on what we already have. We seek to design and implement better software and code for performance.

Better and improved algorithm and code needs advanced hardware for optimal performance. The facility shall endeavour to improve processor technologies, storage systems, networking hardware and protocols, and multiply cache volume for faster calculations.

The facility welcomes research on VR/AR schemes and hardware that would make interraction with simulations and designs 'more real', efficiently and affordably. We'd like to improve existing technologies and usher in new ways of visualisinng the computation and its solutions.

Our pursuit to improve computation explores the advent of quantum computing, with its promise and concerns. We seek for ways to multiply the processing power to 100 qubits, explore new algorithms for it, and establish excellent code. Ultimately, we hope to quickly find ways to implement the technology for industrial, and personal use.
Deliver the avantgarde that drives the frontiers of high performance computing
