*Institute for Problems in Mechanics*

*Russian** Academy*

*101-1, *

*email: rylov@ipmnet.ru*

*fax: 7(499) 7399531*

Web site: {http://rsfq1.physics.sunysb.edu/~rylov/yrylov.htm}.

mirror Web site: {http://www.ipmnet.ru/~rylov/yrylov.htm}.

*Updated April 2, 2014*

- Physical geometry, i.e. the science on the
shape of geometrical objects and on mutual disposition of geometrical
objects in space and space-time.
- Deterministic space-time geometries with
primordially stochastic motion of particles.
- Model conception of quantum phenomena,
founded on statistical description of stochastic world tubes.
- Electromagnetic structures in astrophysics
(pulsar magnetospheres)

Our
strategy
of the microcosm investigations distinguishes from the conventional strategy, which consists in looking
for fruitful ideas and hypotheses. We do follow the Newton's slogan:

Hypotheses non fingo. (not to invent hypotheses)

Our investigation strategy
is: to discover mistakes in foundation of the existing theory, to correct them,
to remove all unwarranted hypotheses and to develop the coming to hand theory consistently.

Will not the supposition on
mistakes be too self-confident? Maybe. But such a strategy, which is oriented
only to **cognition** of the microcosm, is less self-confident, than the
conventional strategy, oriented to **creation** of the microcosm.

The **something which is not a **compensating
conception**.**

A short review of main ideas of the presented papers which
has been written in 1997.

A short review of main ideas written in 2014

List of comments and discussions

List of anear scientific tales (in Russian)

Scientific diary (in Russian)

Free electronic book: T-geometry and its
application to space-time model

This page tries to provide
answers to the following simple but essential physical questions:

Why
world lines of real particles are only timelike and null?

What
is a particle? A pointlike object, a spherical membrane, or a string?

What
is the vehicle of quantum properties? Quantum axiomatics? Dynamics? Anything
else?

Are
quantum laws primary, as the laws describing the space-time properties, or they
are secondary and derivative with respect to primary physical laws, as the
second law of thermodynamics?

Is
the quantum constant *h* an attribute of the space-time?

What
is an origin of quantum stochasticity? Is it a property of a matter? Or maybe,
of the space-time?

If
some space-time property (distortion of the space-time) is a reason for quantum
effects, should one quantize the gravitational field?

Has
the space-time distortion ( a special kind of the space-time deformation) a
proper energy?

Updated June 12, 2003