The Newton Institute has its own Preprint Series where the scientific papers of the Institute are freely available.
If you are a Cambridge author and you are submitting your work in the next REF then you will need to follow the guidelines on the University of Cambridge Open Access webpages to ensure that your work meets Open Access requirements.
Newton Institute visitors are encouraged to submit relevant papers to the series. All papers must have been either completed at the Institute or based on work that took place partially or wholly at the Institute. You can still submit material to the preprint series even after your visit has ended as long as it is based on work that you did during your visit. Please send a PDF copy to email@example.com, which will be added to the lists below.
Bound hard copies of all preprints in the series are displayed in the Institute. We would also be pleased to hear from former visitors who have since completed papers based on research carried out here.
Suggested text for acknowledgements: If you wish to acknowledge the support of the Institute in your paper you may wish to use the following text:
The author(s) would like to thank the Isaac Newton Institute for Mathematical Sciences, Cambridge, for support and hospitality during the programme [insert programme name] where work on this paper was undertaken.
Papers published in the Series are listed by date of submission and may be downloaded as PDFs. Individual hard copies can also be obtained on request from the Institute.
|SYR||H Ku; H Zhang||Valuation of claims with price impact function and liquidity costs||ni14097.pdf|
|SYR||H Föllmer; S Weber||The axiomatic approach to risk measures for capital determination||ni14096.pdf|
|FRB||D Bucur; A Henrot||A new isoperimetric inequality for the elasticae||ni14095.pdf|
|FRB||GG Chen; M Feldman||Free boundary problems in shock reflection/diffraction and related transonic flow problems||ni14094.pdf|
|SYR||J Isohätälä; F Kusmartsev; A Milne; D Robertson||Leverage constraints and real interest rates||ni14093.pdf|
|SYR||J Isohätälä; A Milne; D Robertson||The net worth trap: investment and output dynamics in the presence of financing constraints||ni14092.pdf|
|SAS||B Löwe; S Tarafder||Generalized algebra-valued models of set theory||ni14091.pdf|
|TWW||DM Ambrose; M Siegel||Well-posedness of two-dimensional hydroelastic waves||ni14090.pdf|
|SYR||H Amini; A Minca||Inhomogeneous financial networks and contagious links||ni14089.pdf|
|POP||I Bomze; PJC Dickinson; G Still||The structure of completely positive matrices according to their CP-rank and CP-plus-rank||ni14088.pdf|
|DAE||K Filipiak; A Markiewicz||On the optimality of circular block designs under a mixed interference model||ni14087.pdf|
|UMC||E Feliu; C Wiuf||Finding the positive feedback loops underlying multi-stationarity||ni14086.pdf|
|ICP||K Szajowski||On some distributed disorder detection||ni14085.pdf|
|UMC||DF Anderson; G Cracium; M Gopalkrishnan; C Wiuf||Lyapunov functions, stationary distributions, and non-equilibrium potential for chemical reaction networks||ni14084.pdf|
|DAE||RA Bailey; PJ Cameron; K Filipiak; J Kunert; A Markiewicz||On optimality and construction of circular repeated-measurements designs||ni14083.pdf|
|FRB||D Bucur; D Mazzoleni||A surgery result for the spectrum of the Dirichlet Laplacian||ni14082.pdf|
|QCE||P Rouchon; JF Ralph||Efficient quantum filtering for quantum feedback control||ni14081.pdf|
|SYR||R Chhaibi; J Najnudel; A Nikeghbali||The circular unitary ensemble and the Riemann zeta function: the microscopic landscape||ni14080.pdf|
|SYR||P Méliot; A Nikeghbali||Mod-Gaussian convergence and its applications for models of statistical mechanics||ni14079.pdf|
|FRB||L Caffarelli; JL Vázquez||Regularity of solutions of the fractional porous medium flow with exponent 1/2||ni14078.pdf|
|GDO||JDS Jones; J McCleary||Strong homology, and closed geodesics on manifolds which are elliptic spaces||ni14077.pdf|
|HOL||RG Cai; Q Ying; YL Zhang||Petrov type I spacetime and dual relativistic fluids||ni14076.pdf|
|QCE||HI Nurden; JE Gough||Modular quantum memories using passive linear optics and coherent feedback||ni14075.pdf|
|ICP||JAD Aston; C Kirch||Change points in high dimensional settings||ni14074.pdf|
|FRB||K Yeressian||Obstacle problem with a degenerative force term||ni14073.pdf|
|ICP||R Maidstone; T Hocking; G Rigaill; P Fearnhead||On optimal multiple changepoint algorithms for large data||ni14072.pdf|
|FRB||GG Chen; M Perepelitsa||Vanishing viscosity solutions of the compressible Euler equations with spherical symmetry and large initial data||ni14071.pdf|
|SYR||S Borovkova; H Laloui El Mouttalibi||Systemic risk and centralized clearing of OTC derivatives: a network approach||ni14070.pdf|
|SYR||R Cont; A Minca||Credit default swaps and systemic risk||ni14069.pdf|
|QCE||A Dabrowska; J Gough||Belavkin filtering with squeezed light sources||ni14068.pdf|
|ICP||H Dette; D Wied||Detecting relevant changes in time series models||ni14067.pdf|
|ICP||P Preuss; R Puchstein; H Dette||Detection of multiple structural breaks in multivariate time series||ni14066.pdf|
|ICP||M Vogt; H Dette||Detecting gradual change in locally stationary processes||ni14065.pdf|
|FRB||CM Elliott; T Ranner||A computational approach to an optimal partition problem on surfaces||ni14064.pdf|
|QCE||TS Ratiu; OG Smolyanov||Quantum control via Wigner measures and Wigner functions||ni14063.pdf|
|QCE||Y Chen; T Georgiou; M Pavon||Optimal steering of a linear stochastic system to a final probability distribution||ni14062.pdf|
|GAN||R Shi; J Tseng||Simultaneous dense and nondense orbits and the space of lattices||ni14061.pdf|
|POP||JA De Loera; R Hemmecke; J Lee||Augmentation algorithms for linear and integer linear programming||ni14060.pdf|
|FBP||JA Carrillo; Y Huang; MC Santos; JL Vázquez||Exponential convergence towards stationary states for the 1D porous medium equation with fractional pressure||ni14059.pdf|
|MFE||T Ma; S Wang||On solar neutrino problem||ni14058.pdf|