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17 Dec 2020: Lasenby et al. bBound States and Decay Times of Fermions in a Schwarzschild Black Hole Background/b,b/bPhys.

17 Dec 2020: Lasenby et al. bBound States and Decay Times of Fermions in a Schwarzschild Black Hole Background/b,b/bPhys.

17 Dec 2020: Lasenby et al. bBound States and Decay Times of Fermions in a Schwarzschild Black Hole Background/b,b/bPhys.

3 Nov 2016: L7 S17. bladeProd (n,a) (m,b) = (r,x). where (r,fn) = bldProd n m. ... L7 S19. [Blades]. [Blades]. AB=simplify([bladeprod(a,b) | a <- A, b <- B]).

22 Feb 2015: a  b  I a  b. B  Iaa  IB. ... I(B) is a known linear function of these mapping bivectors to bivectors. •

17 Dec 2020: This prediction of approximate flatness is achieved without invoking inflation, but needs refining for realistic universe histories./p pAnthony Lasenby, bConformal Geometry and the Universe/b/p pa ... Lasenby et al. bBound States and Decay Times of

19 Feb 2015: B = 12 (B BE), EB = B. (4.32). These give rise to the two separate instanton numbers, one for each of the SU(2)subgroups.

14 Feb 2015: Oziewicz, B. Jancewicz, and A. Borowiec,editors, Spinors, Twistors, Clifford Algebras and Quantum Deformations, page233. ... Academic Press Ltd.,London, 1966. 14. [10] B. de Witt. Supermanifolds. Cambridge University Press, 1984.

18 Feb 2015: R(ab) a(b) b(a) (a)(b) (22). and is a linear function mapping bivectors to bivectors. ... R = 2(a(a)) (43). and. G(a) = [(a) a(b(b))]. (44). 6.

19 Feb 2015: a'!)ao ¡ ¡! } m Å b b ¿c b h (Ì / Ê£ÍÏÎÐÉ¡ÊhÑ Ë ÎÐÏ. ... oj! ª M j mh u¤ ª "j b h£¤ b b_ b ¥ o £ ; _K Oo_ª mq £ ¤j J µ ¡ ¥5P ¡ h_º!