El Bansarkhani, R., Buchmann, J.: Towards lattice based aggregate signatures. In: Progress in Cryptology AFRICACRYPT 2014. Lecture Notes in Computer Science, vol. 8469, pp. 336-355. Springer International Publishing (2014)R. El Bansarkhani and J. Buchmann, "Towards lattice based aggregate...
A major limitation of clinical Alums is their tendency to form micro- or nano-sized aggregates, hindering efficient antigen delivery to lymph nodes (LNs) and APCs, thereby compromising the induction of robust immune responses (Fig. 2A) [71]. Alum-based vaccines typically form a depot at the...
In the last two decades, computational prediction of colloidal self-assembly, from aggregates to crystals, has advanced dramatically. Because solving this sort of problem is still extremely difficult, it is encouraging to see that fresh solutions are continuously being researched. To tie all of the...
Table 2. Postquantum signatures scheme comparison in bytes with 128-bit quantum security. SchemePublic Key SizePrivate Key SizeSignature Size Lattice-based (6) 11,65311,653 67696769 24442444 Lattice-based (33) 71687168 20482048 51205120 Multivariate-based (28) 417,408417,408 14,20814,208 4848 Mul...