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- From: abian@iastate.edu (Alexander Abian)
- Subject: Re: TIME HAS INERTIA - ABIAN replies to SIMPKINSON
- Message-ID: <abian.722142285@pv343f.vincent.iastate.edu>
- Keywords: TIME HAS INERTIA, i.e., TIME IS MATTER, YES!!!!
- Sender: news@news.iastate.edu (USENET News System)
- Organization: Iowa State University, Ames IA
- References: <1eefkuINNa0f@agate.berkeley.edu>
- Date: Thu, 19 Nov 1992 03:04:45 GMT
- Lines: 63
-
- In <1eefkuINNa0f@agate.berkeley.edu> dvs@soda.berkeley.edu
-
- 11-18-92
- Dear Mr. Simpkinson you wrote:
-
-
- >Dear Mr. Abian: Please quantify ANYTHING with your theory. Please do not
- >use any of the "noises" of famous bravo-sierra purveyors such as Newton,
- >Einstein, Hamilton, et al. Among the problems you may wish to address:
-
- My reply is:
-
- I cannot quantify anything with my Theory because I do not know
-
- what A is in my E = M(0) exp(-At)
-
- and I do not have a COSMIC ENERGYMETER. I am expecting that the talent-
- ed Physicists will use my brilliant fundamentally revolutionizing idea:
-
-
- (A2) TIME HAS INERTIA (i.e., TIME IS MATTER) and some energy is
- irretrievably dissipated for moving TIME forward. Thus,
- the Principle of Conservation of Energy must be rejected.
-
- and accordingly revise all their outmoded 19-th century conservation
- principle-based quantifications. Then you will tell me how to quantify
- the items raised in your questions.
- I supply the radically new and revolutionizing ideas - let the
- others quantify. I have said several times:
- REASON, EXPLAIN, CREATE and if needed QUANTIFY ! (I seldom need
- quantification !).
-
- However, based om my very vague intuitive feelings, my vague and nebulous
- approximating answers to your question:
-
- > Compute the trajectory of a particle of mass m in a uniform gravitational
- >field (or the Abian equivalent) equal to earth's at sea level given an
- >initial velocity, neglecting air resistance. Simplifying, How high will a 1
- >kg ball go if I throw it straight up at a velocity of 20 m/s? Where will it
- >land if I throw it (with the same velocity of 20 m/s) at a 45 degree angle
- to the vertical?
-
- would be:
- (a) around 20.41 meters high
-
- (b) twice as in (a), i.e., around 40.82 meters away.
-
- I may be quite off since I do not have a COSMIC ENERGYMETER.
-
- This is my entire reply to your posting.
-
- With best wishes and regards,
- Alexander ABIAN
-
-
- REASON, EXPLAIN, CREATE and if needed QUANTIFY !
-
-
- --
- The tendency of maintaining the status-quo, Reaction to provocation and
- The tendency of maintaining again a status-quo.
- TIME HAS INERTIA and some energy is lost to move Time forward
- E = mcc (Einstein) must be replaced by E = m(0) exp(-At) (Abian)
-