6 results found

1. Add historical group numbers - Won't Fix

   Display the groups using IA, IIA, etc

   6 votes

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2. Revert new design

   Tell me what you dislike about the new layout and I will bring back those features or views.

   3 votes

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3. STRING_PATH

   A way of testing hypothesis of "STRING_PATH" describing electron (-3/3) orbital, string loops dictating quarks [bottom (-2/3), down (-1/3), charm (0/3), strange (1/3), up (2/3), top (3/3)], up+up+down quarks forming proton, down+down+up quarks forming neutron, protons and neutrons forming nuclei, and not just elements but all ions, and polyatomic molecules with states of matter and combinations. Big ask but I figured this might be a good place to go. I'm also going to contact molview.org with this idea.

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   declined  ·  AdminMichael Dayah (Admin, Lucent) responded

   Ptable is not in the business of developing visualizations to assist in proving or disproving fringe theories.

4. An API to access PTable via Javascript or other languages?

   It would be extremely useful to have an accessible API to use PTable data remotely for programs like calculators.

   I personally have a calculator for finding specific data of specific elements and it would be extremely useful to already have an existing set of data to use rather than manually implementing everything by myself.

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   declined  ·  AdminMichael Dayah (Admin, Lucent) responded

   I think this is better handled by libraries dedicated to data. I'm already a secondary source. I shouldn't also be providing data.

   
   

   I suggest something like this: https://github.com/andrejewski/periodic-table

   https://github.com/Bowserinator/Periodic-Table-JSON

5. More features on DPT

   Hi, can add important feature: Electrons, Protons, and Nucleus or Nu.., so it has three, because it has three things in atom, but no despcription of three, which it should have. And can include ratio of space and non-space. Which Electrons to protons, there is a gap of non-space, so can include diameter of space to diameter of non-space. I am sure ratio is important because when you have two blocks, one that is below and one that is above, so both are in paraelle at the edge, so it is zero non-space, so above the block can't go thru, and the depressure for all space of above brick is being blocked, so if you shift further, so the gap of space increase to gap of non-space increase as well, so it creates unstable to stable. So, everything is about space, narrow space to wide space which create a density of mass itself. So, ratio of gap of either space to non-space as atom itself for all three within one atom.

   So, density is connected to space itself. So, what I explain to you is vertical space, but can include understanding for horizontal space which is being created for the phase of mass, that is gas, liquid, and solid. And can include angular spin for each three, what is spin per time? Is the ratio of spin per time same for all three so it equals even number. The wider diameter of electrons to narrow diameter of protons cause higher speed for electrons so both speeds are in parallel per time? Can include zero paraelle or 1 paraelle for all three, or all two. Like the star you see above is in parallel in your view, even two different stars have different size of radius as a whole.

   It is good to add more to increase understanding. And missing knowledge which should be there like those threes I mention above. Expand knowledge which I explain above.

   Hi, can add important feature: Electrons, Protons, and Nucleus or Nu.., so it has three, because it has three things in atom, but no despcription of three, which it should have. And can include ratio of space and non-space. Which Electrons to protons, there is a gap of non-space, so can include diameter of space to diameter of non-space. I am sure ratio is important because when you have two blocks, one that is below and one that is above, so both are in paraelle at the edge, so it is zero non-space, so above the block can't go thru,… more

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   declined  ·  AdminMichael Dayah (Admin, Lucent) responded

   This sounds like original research, which Ptable is not in the business of reviewing or promoting. I suggest instead following up through an academic advisor or theory community instead.

6. Add left-step view

   Charles Janet's left-step periodic table basically moves the s-block to the right side of the table and puts helium in the rightmost column. It looks very elegant and intuitive when considering electron configuration. For compactness, the f-block could still be displayed below the rest, or could be connected like in "wide" mode.

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   declined  ·  AdminMichael Dayah (Admin, Lucent) responded

   It would be an abuse of my status as the most popular periodic table website to promote or endorse alternative layouts based on my own non-expert, non-peer reviewed opinions about their legitimacy. The only layout I display is a mirrored version of IUPAC's official PDF.