A hierarchy of functional states in working memory by Muhle-Karbe, PS, Myers, NE, Stokes, MG

Theoretical distinction between functional states in working memory and their corresponding neural states by Stokes, MG, Muhle-Karbe, PS, Myers, NE

Integrating reward information for prospective behaviour by Hall-McMaster, S, Stokes, MG, Myers, NE

Neural reinstatement tracks spread of attention between object features in working memory by Printzlau, FAB, Myers, NE, Manohar, SG, Stokes, MG

Oscillatory brain state predicts variability in working memory by Myers, NE, Stokes, MG, Walther, L, Nobre, AC

Reward boosts neural coding of task rules to optimise cognitive flexibility by Muhle-Karbe, PS, Hall-Mcmaster, S, Myers, NE, Stokes, MG

Temporal dynamics of attention during encoding versus maintenance of working memory: complementary views from event-related potentials and alpha-band oscillations by Myers, NE, Walther, L, Wallis, G, Stokes, MG, Nobre, AC

Multiple and dissociable effects of sensory history on working-memory performance by Hajonides, JE, van Ede, F, Stokes, MG, Nobre, AC, Myers, NE

10 simple rules for a supportive lab environment by Pike, AC, Atherton, KE, Bauer, Y, Crittenden, BM, van Ede, F, Hall-McMaster, S, von Lautz, AH, Muhle-Karbe, PS, Murray, AM, Myers, NE, Printzlau, F, Salaris, I, Spaak, E, Tankelevitch, L, Trübutschek, D, Wasmuht, D, Noonan, MP

Gender bias in academia: a lifetime problem that needs solutions by Llorens, A, Tzovara, A, Bellier, L, Bhaya-Grossman4, I, Bidet-Caulet, A, Chang, WK, Cross, ZR, Dominguez-Faus, R, Flinker, A, Fonken, Y, Gorenstein, MA, Holdgraf, C, Hoy, CW, Ivanova, MV, Jimenez, RT, Jun, S, Kam, JWY, Kidd, C, Marcelle, E, Marciano, D, Martin, S, Myers, NE, Ojala, K, Perry, A, Pinheiro-Chagas, P, Riès, SK, Saez, I, Skelin, I, Slama, K, Staveland, B, Bassett, DS, Buffalo, EA, Fairhall, AL, Kopell, NJ, Kray, L, Lin, JJ, De Ozorio Nobre, A, Riley, D, Solbakk, A-K, Wallis, JD, Wang, X-J, Yuval-Greenberg, S, Kastner, S, Knight, RT, Dronker, NF