ProposalForge· Atlas

searchSearch 4.1M records⌘K Log in Get free intelarrow_forward

Atlas/Grants/Record

Atlas · Grant RecordFederal grant

co-supervised with two of my colleagues in U de M. I expect my program to yield new results

instead of the lengths measured in Riemannian geometry. All symplectic manifolds locally look the same - like a neighborhood of a point in the classical phase-space of a mechanical system. It is therefore a global — Unknown

auto_awesome

Want to know who else bid on this?

Proposal Forge correlates this contract with the original RFP, the losing bidders, and the next recompete window.

Open the Bid Intelligence reportarrow_forward

Recipient

co-supervised with two of my colleagues in U de M. I expect my program to yield new results

Department

Program

instead of the lengths measured in Riemannian geometry. All symplectic manifolds locally look the same - like a neighborhood of a point in the classical phase-space of a mechanical system. It is therefore a global

Province

and to resolve open questions and conjectures in the field. It would be visible internationally and contribute to mathematics in Canada.,Symplectic and contact topology is a rapidly developing area of modern mathematics that has its roots in classical physics - classical mechanics and optics - but has already become an established broad field with ties to many other disciplines - algebraic geometry

Type

about 2 Masters students

Purpose

the so-called Hamiltonian diffeomorphisms

co-supervised with two of my colleagues in U de M. I expect my program to yield new results × Unknown

2 grants totalling $0

instead of the lengths measured in Riemannian geometry. All symplectic manifolds locally look the same - like a neighborhood of a point in the classical phase-space of a mechanical system. It is therefore a global

1 grants totalling $0

Department

Unknown →

Program

instead of the lengths measured in Riemannian geometry. All symplectic manifolds locally look the same - like a neighborhood of a point in the classical phase-space of a mechanical system. It is therefore a global →

Recipient Profile

co-supervised with two of my colleagues in U de M. I expect my program to yield new results →