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GRR!

!!

Why do anti-bonding symmetrical molecular orbitals have the tendency to be un-findable on the web ?!?!?
This is so freakin annoying!

This open post was written 9 months, 3 weeks ago | V/U/S: 528, 20, 7 | Edit Post | Leave a reply | Report Post


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Since writing this post lucif may have helped people, but has not within the last 4 days. lucif is a verified member, has been around for 1 year, 3 months and has 11 posts and 2,151 replies to their name.

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flamedancer66 offline Verified User (1 year, 1 month) Long Term User Shouts: 1 #
An Unknown Location | 9 months, 3 weeks ago (47 minutes after post)

….no idea what you just said….

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Fat Puddin offline Verified User (9 months, 2 weeks) Long Term User Shouts: 0 #
An Unknown Location | 9 months, 2 weeks ago (6 days, 7 hours after post)

Each line in a molecular orbital diagram represents a molecular orbital, which is the volume within which a high percentage of the negative charge generated by the electron is found. The molecular orbital volume encompasses the whole molecule. It can be assumed that the electrons would fill the molecular orbitals of molecules like electrons fill atomic orbitals in atoms.

What is it you need.

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lucif offline Verified User (1 year, 3 months) Long Term User Shouts: 7 #
An Unknown Location | 9 months, 2 weeks ago (6 days, 21 hours after post)

Fat Puddin wrote:
Each line in a molecular orbital diagram represents a molecular orbital, which is the volume within which a high percentage of the negative charge generated by the electron is found. The molecular orbital volume encompasses the whole molecule. It can be assumed that the electrons would fill the molecular orbitals of molecules like electrons fill atomic orbitals in atoms.

What is it you need.

Dude you wouldn’t even comprehend if I’d tell you.
Lets see:
In Bi-moleculare Quantum states, There is an order of symmetry between possible states if one were to seperate the radial and the non radial parts of the molecules. We have Bonding and anit-bonding states. Now the symmetrical notations were hard to find, but the small subscripts u and g impossible. u and g are signs of parity of the symmetrical operators that make a rotation or vibration or something of the alike. It is this u and g I was having trouble finding….

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lucif offline Verified User (1 year, 3 months) Long Term User Shouts: 7 #
An Unknown Location | 9 months, 2 weeks ago (6 days, 22 hours after post)

(the reason you cannot comprehend is because I found out that it is a notation my professor uses and isn’t generally used)

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chunkymove offline Verified User (1 year, 2 months) Long Term User Shouts: 19 #
An Unknown Location | 9 months, 2 weeks ago (1 week, 1 day after post)

not being able to be understood by others is handy in research sometimes. Its a code so others can’t steal work and its a lingo, so others in the hood can know how cool you are.

Are you at ANU by any chance? There are some people who talk crazy talk thats sounds a bit like that around there. They all ride these weird tall bikes and make rude jokes.

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chunkymove offline Verified User (1 year, 2 months) Long Term User Shouts: 19 #
An Unknown Location | 9 months, 2 weeks ago (1 week, 1 day after post)

They are working on quantum computing and managed to get a stable nucleus for 70sec which is freaking huge!

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lucif offline Verified User (1 year, 3 months) Long Term User Shouts: 7 #
An Unknown Location | 9 months, 2 weeks ago (1 week, 1 day after post)

No I am at the RU

70 sec. A stable Quantum bit for 70 seconds?

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chunkymove offline Verified User (1 year, 2 months) Long Term User Shouts: 19 #
An Unknown Location | 9 months, 2 weeks ago (1 week, 1 day after post)

that was his claim. Was a 1000fold increase he said. I’ts not my feild, but it sounded cool. I’m trying to do some background reading to be able to understand what the hell that means in real terms

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spuroa offline Verified User (9 months, 1 week) Long Term User Shouts: 0 #
An Unknown Location | 9 months, 1 week ago (2 weeks, 3 days after post)

Good luck with finding what you need to find mate. I have a bit of a chemistry background, so maybe I can help with your question. Could he be referring to sigma and sigma*? Like this… http://www.madsci.org/posts/archives/…

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lucif offline Verified User (1 year, 3 months) Long Term User Shouts: 7 #
An Unknown Location | 9 months, 1 week ago (2 weeks, 3 days after post)

It depends a lot on your chemisty backround I guess, this is a bi-molecular quantum state we are talking about. Just Quantum mechanics.

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chunkymove offline Verified User (1 year, 2 months) Long Term User Shouts: 19 #
An Unknown Location | 9 months, 1 week ago (2 weeks, 3 days after post)

did you expect anyone to be able to really help? I thought you were just venting some frustration. I’ll stay subscribed to this post, be cool if someone really could help

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lucif offline Verified User (1 year, 3 months) Long Term User Shouts: 7 #
An Unknown Location | 9 months ago (2 weeks, 4 days after post)

well, I really don’t need any help anymore, I have (by now) find the answer.

But if you stay subscribed, and you like a scientific endeavour.

What are the Three main ‘measurement problems’ ?

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chunkymove offline Verified User (1 year, 2 months) Long Term User Shouts: 19 #
An Unknown Location | 9 months ago (2 weeks, 4 days after post)

I don’t know, but I find I learn far more if I guess and then find out the answer.
so,
1. Constant scale - being able to use the same units accuratly across time and distance.
2. Heisenberg - to measure it, we change it.
3. Perspective - the measurer can never be objective

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lucif offline Verified User (1 year, 3 months) Long Term User Shouts: 7 #
An Unknown Location | 9 months ago (3 weeks after post)

2 and 3 are more or less correct!

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lucif offline Verified User (1 year, 3 months) Long Term User Shouts: 7 #
An Unknown Location | 9 months ago (3 weeks after post)

I have never heard about problem 1…

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chunkymove offline Verified User (1 year, 2 months) Long Term User Shouts: 19 #
An Unknown Location | 9 months ago (3 weeks after post)

WIN! Happy about that. 2 out of three. So whats the more precise/accurate/accepted answer?

about #1. I just made it up. I was trying to think about the problem of communicating the measurement, even if its to yourself in the future, so you can compare it to the next thing you measure.

eg, will the couch fit through the door? measure door, measure couch. you have to be sure the tape hasn’t changed in that time. This becomes challenging when measuring less quantifiable things, and when communicating that to another across language. This making sense? is their a simple principle that captures this succinctly?

Oh, another one is defining the rule. A shock report was realised today about the number of abused kids in town, but looking closer, it included “verbal abuse” which you can’t really nail down.

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mamelani_a3 offline Unverified User #
An Unknown Location | 7 months, 2 weeks ago (2 months after post)

thank you very much for your reply to my post. I will pray for you. I just hope that you will not judge me and my uncle also. May God be with you.

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babii_expres offline Verified User (1 year, 5 months) Long Term User Shouts: 1 #
An Unknown Location | 5 months, 2 weeks ago (4 months after post)

I would totalyyy help you!…i swear i would but i have no idea what your talking about perhaps giving the actual name of the anti body things would help i have a specialty in hunting down all their is on the web.. (:

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babii_expres offline Verified User (1 year, 5 months) Long Term User Shouts: 1 #
An Unknown Location | 5 months, 2 weeks ago (4 months after post)

just kidding, i just realized u posted this like a billion years ago i hope u found the stuff u were looking for though.

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mwanawakenny offline Verified User (5 months, 2 weeks) Long Term User Shouts: 0 #
An Undisclosed Location | 5 months, 2 weeks ago (4 months, 1 week after post)

Say what…….???????????

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