Question: What did Einstein suggest to Schrodinger?
About the article "Albert Einstein", section "Schrödinger gas model".

Candidate passages:
Throughout his life, Einstein published hundreds of books and articles.
In addition to the work he did by himself he also collaborated with other scientists on additional projects including the Bose–Einstein statistics, the Einstein refrigerator and others. 
  The proposal to describe gravity by means of a pseudo-Riemannian metric was first made by Einstein and Grossmann in the so-called "Entwurf" theory published 1913.
Grossmann identified the contracted Riemann tensor as the key for the solution of the problem posed by Einstein.
This was followed by several attempts of Einstein to find valid field equations for this theory of gravity.
David Hilbert invited Einstein to Göttingen for a week to give six 2-hour lectures on general relativity, which he did in June–July 1915.
Einstein stayed at Hilbert's house during this visit.
Hilbert started working on a combined theory of gravity and electromagnetism, and Einstein and Hilbert exchanged correspondence until November 1915.
Einstein gave four lectures on his theory on Nov 4, Nov 11, Nov 18 and Nov 25 in Berlin, published as [Ein15b, [Ein15d.
November 4, Einstein published non-covariant field equations and on November 11 returned to the field equations of the "Entwurf" papers, which he now made covariant by the assumption that the trace of the energy-momentum tensor was zero, as it was for electromagnetism.
Einstein sent Hilbert proofs of his papers of Nov 4 and Nov 11.
(Sauer 99, notes 63, 66)  Nov 15 Invitation issued for Nov 20 meeting at the Academy in Göttingen.
"Hilber legt vor in die Nachrichten: Grundgleichungen der Physik".
(Sauer 99, note 73)  Nov 16 Hilbert spoke at the Göttingen Mathematical Society "Grundgleichungen der Physik" (Sauer 99, note 68).
Talk not published.
Nov 16 or Nov 17 Hilbert sent Einstein some information about his talk of Nov 16 (letter lost)  Nov 18 Einstein replies to Hilbert's letter (received by Hilbert Nov 19) saying as far as he (Einstein) could tell Hilbert's system was equivalent to the one he (Einstein) had found in the preceding weeks.
(Sauer 99, note 72).
Einstein also told Hilbert in this letter that he (Einstein) had "considered the only possible generally covariant field equations three years earlier", adding that "The difficulty was not to find generally covariant equations for the formula_4;this is easy with the help of the Riemann tensor.
What was difficult instead was to recognize that these equations form a generalization, and that is, a simple and natural generalization of Newton's law" (A. Einstein to D. Hilbert, 18 Nov, Einstein Archives Call No.
13-093).
Einstein also told Hilbert in that letter that he (Einstein) had calculated the correct perihelion advance for Mercury, using covariant field equations based on the assumption that the trace of the energy momentum tensor vanished as it did for electromagnetism.
Nov 18 Einstein presents the calculation of the perihelion advance to Prussian Academy.
Nov 20 Hilbert lectured to the Göttingen Academy.
The proofs of his paper show that Hilbert proposed a non-covariant set of equations as the fundamental equations of physics.
Thus he wrote "in order to keep the deterministic characteristic of the fundamental equations of physics [...] four further non-covariant equations ...
unavoidable."
(proofs, pages 3 and 4. quoted by Corry et al.).
Hilbert then derives these four extra equations and continues "these four differential equations [... supplement the gravitational equations [...] to yield a system of 14 equations for the 14 potentials formula_4: formula_6 the system of fundamental equations of physics".
(proofs, page 7, quoted by Corry et al.).
In his last lecture on Nov 25 Einstein submitted the correct field equations.
The published paper (Einstein 1915d) appeared on December 2, and it did not mention Hilbert.
Hilbert's paper took considerably longer to appear.
He had galley proofs that were marked "December 6" by the printer in December 1915.
Most of the galley proofs have been preserved, but about a quarter of a page is missing.
[http://termessos.de/prooffotos.htm] The extant part of the proofs contains Hilbert's action from which the field equations can be obtained by taking a variational derivative, and using the contracted Bianchi identity derived in theorem III of Hilbert's paper, though this was not done in the extant proofs.
Hilbert rewrote his paper for publication (in Mar 1916), changing the treatment of the energy theorem, dropping a non-covariant gauge condition on the coordinates to produce a covariant theory, and adding a new credit to Einstein for introducing the gravitational potentials formula_7 into the theory of gravity.
In the final paper he said his differential equations seemed to agree with the "magnificent theory of general relativity established by Einstein in his later papers"  The events of late November through December 1915 caused bad feelings from Einstein towards Hilbert.
In a November 25 letter to Zangger, Einstein accused Hilbert (without mentioning his name) of attempts to appropriate ('nostrify') his theory.
On Dec 4, Hilbert nominated Einstein for election as a corresponding member of the Göttingen Mathematical Society.
In a December 20 letter to Hilbert, Einstein proposed to settle the dispute.
The 1916 paper was rewritten and republished in 1924 where Hilbert wrote: "Einstein [... kehrt schließlich in seinen letzten Publikationen geradewegs zu den Gleichungen meiner Theorie zurück."
("Einstein [...] in his most recent publications, returns directly to the equations of my theory.")
Schrodinger develops software for use in biotechnology and pharmaceutical applications, such as in molecular modeling.
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Some of its software are: Canvas, Glide, Induced Fit, Phase, SiteMap, WaterMap, and PyMOL. 
On July 12, 1939, Szilárd and Wigner drove in Wigner's car to Peconic Bay on Long Island, where Einstein was staying.
When they explained about the possibility of atomic bombs, Einstein replied: "Daran habe ich gar nicht gedacht" (I had not thought of that).
Szilárd dictated a letter in German to the Belgian Ambassador to the United States.
Wigner wrote it down, and Einstein signed it.
At Wigner's suggestion, they also prepared a letter for the State Department explaining what they were doing and why, giving it two weeks to respond if it had any objections.
This still left the problem of getting government support for uranium research.
Another friend of Szilárd's, the Austrian economist Gustav Stolper, suggested approaching Alexander Sachs, who had access to President Franklin D. Roosevelt.
Sachs told Szilárd that he had already spoken to the President about uranium, but that Fermi and Pegram had reported that the prospects for building an atomic bomb were remote.
He told Szilárd that he would deliver the letter, but suggested that it come from someone more prestigious.
For Szilárd, Einstein was again the obvious choice.
Sachs and Szilárd drafted a letter riddled with spelling errors and mailed it to Einstein.
Szilárd set out for Long Island again on August 2.
Wigner was unavailable, so this time Szilárd co-opted another Hungarian physicist, Edward Teller to do the driving.
Einstein dictated the letter in German.
On returning to Columbia University, Szilárd dictated the letter in English to a young departmental stenographer, Janet Coatesworth.
She later recalled that when Szilárd mentioned extremely powerful bombs, she "was sure she was working for a nut".
Ending the letter with "Yours truly, Albert Einstein" did nothing to alter this impression.
Both the letter and a longer explanatory letter were then posted to Einstein.
The letter warned that:It also specifically warned about Germany: 
Although Einstein is credited with finding the field equations, the German mathematician David Hilbert published them in an article before Einstein's article.
This has resulted in accusations of plagiarism against Einstein, although not from Hilbert, and assertions that the field equations should be called the "Einstein–Hilbert field equations".
However, Hilbert did not press his claim for priority and some have asserted that Einstein submitted the correct equations before Hilbert amended his own work to include them.
This suggests that Einstein developed the correct field equations first, though Hilbert may have reached them later independently (or even learned of them afterwards through his correspondence with Einstein).
However, others have criticized those assertions.