65 research outputs found
Scale invariant Euclidean field theory in any dimension
We discuss D-dimensional scalar field interacting with a scale invariant
random metric which is either a Gaussian field or a square of a Gaussian field.
The metric depends on d-dimensional coordinates (where d is less than D). By a
projection to a lower dimensional subspace we obtain a scale invariant
non-Gaussian model of Euclidean quantum field theory in D-d or d dimensions.Comment: Latex, 16 page
Time irregularity of generalized Ornstein--Uhlenbeck processes
The paper is concerned with the properties of solutions to linear evolution
equation perturbed by cylindrical L\'evy processes. It turns out that
solutions, under rather weak requirements, do not have c\`adl\`ag modification.
Some natural open questions are also stated
Ito's formula in UMD Banach spaces and regularity of solutions of the Zakai equation
Using the theory of stochastic integration for processes with values in a UMD
Banach space developed recently by the authors, an Ito formula is proved which
is applied to prove the existence of strong solutions for a class of stochastic
evolution equations in UMD Banach spaces. The abstract results are applied to
prove regularity in space and time of the solutions of the Zakai equation.Comment: Accepted for publication in Journal of Differential Equation
Universal regular short distance behavior from an interaction with a scale invariant gravity
We assume that the fourdimensional quantum gravity is scale invariant at
short distances. We show through a simple scaling argument that correlation
functions of quantum fields interacting with gravity have a universal (more
regular) short distance behavior.Comment: LaTeX, 4 page
Quantization of the scalar field in a static quantum metric
We investigate the Hamiltonian formulation of quantum scalar fields in a
static quantum metric. We derive a functional integral formula for the
propagator. We show that the quantum metric substantially changes the behaviour
of the scalar propagator and the effective Yukawa potential.Comment: Latex, 12 page
Partial Response to Platinum Doublets in Refractory EGFR-Positive Non-Small Cell Lung Cancer Patients after RRx-001: Evidence of Episensitization.
RRx-001, an experimental systemically non-toxic epi-immunotherapeutic agent, which potentiates the resensitization of resistant cancer cells to formerly effective therapies, is under active investigation in several clinical trials that are based on sequential or concomitant rechallenge to resistant first- or second-line regimens. One of these trials is designated TRIPLE THREAT (NCT02489903), because it explores the conditioning or priming effect of RRx-001 on three tumor types - non-small cell lung cancer (NSCLC), small cell lung cancer and high-grade neuroendocrine tumors - prior to re-administration of platinum doublets. In follow-up to a recent case study, which describes early monotherapeutic benefit with RRx-001 in a refractory EGFR-mutated NSCLC tumor, we present subsequent evidence of a radiological partial response to reintroduced platinum doublets after RRx-001. For the 50% of patients with EGFR-mutated NSCLC who progress on EGFR-tyrosine kinase inhibitors (without evidence of a T790M mutations) as well as platinum doublets and pemetrexed/taxane, no other clinically established treatment options exist. A retrial of these therapies in EGFR-positive NSCLC patients via priming with epigenetic agents such as RRx-001 constitutes a strategy to 'episensitize' tumors (i.e. reverse resistance by epigenetic means) and to extend overall survival
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