# PEBMSRMEE (all four)

Determine the two-part 14-letter answer by looking at these images below. Please try to figure out as much as possible before posting partials. Good luck!

HINT:

B, G, C, I, 1

• Does 'two-part' mean two words? Or 2 layers? I am desperately trying to make a certain hunch I have work that I can't see anything else now :) Commented Feb 15, 2021 at 16:44
• What I meant was that the 14-letter answer is of the form ____ ____ Commented Feb 15, 2021 at 16:52
• I think I've obtained a 14-letter two-word phrase using images 2-5, does that seem possible? I still don't see how the first image or title fit though. Commented Feb 17, 2021 at 12:35
• @Hexomino It's def possible without the 1st image. But reading your comment makes me question if you're on the right track. I have my reasons, can't say more for now though. But if you do have figured out, 2-5, feel free to post a partial since I think that's sufficient enough for a partial. But again, that should've lead you to a specific 14-letter answer, without any ambiguities Commented Feb 17, 2021 at 13:26
• @Prim3numbah Hmmm, I will hold off for a while because I might not be right, in that case. If it goes for too long without an answer, I may post what I have in case it helps anyone else. Commented Feb 17, 2021 at 14:38

ANNUS MIRABILIS ("miracle year") - the collective name for the four hugely influential papers that Albert Einstein published in the journal Annalen der Physik in 1905.

This is confirmed by the title PEBMSRMEE, which comprises the initials of the major themes of these four papers (and satisfies the notion of 'all four' of something):

Photoelectric Effect,
Brownian Motion,
Special Relativity,
Mass-Energy Equivalence

The pictures/rebuses resolve as follows:

1. This is a rebus for BRILLIANT. To resolve it, we need to consider the height and width of each of the 9 bars in the histogram (differentiated by the bullet points on the left). To this end, we consider a thin horizontal line segment to have zero height, and a thin vertical line segment to have zero width. We then concatenate the values for height and width and convert numbers to letters via A1Z26.

Doing this, our 9 bars correspond to the concatenated number values 02, 18, 09, 12, 12, 09, 01, 14, 20. These translate via A1Z26 to B, R, I, L, L, I, A, N and T!

2. This is a rebus for GERMAN. Each of the three words can be partnered with a colour to make a well-known expression: Black Hole, Red Dragon, Gold Medal. These colours in three horizontal stripes make up the flag of Germany - remove the 'y' to get 'German' here...

3. This is a rebus for CLERK. It is almost 'Clark' as in Clark Kent, the alias of Superman. Except the third letter (indicated in red) must be altered. Thus 'Clark' becomes 'Clerk' - the only other 5-letter word of the pattern CL_RK.

4. This is the American Sign Language action for the word 'IN'.

5. This is a rebus for 1905. Pointing the hour hand of the clock to 210 degrees and the minute hand to 30 degrees around the circle (starting from midnight as the origin, as indicated in the clock diagram) the hands would be pointing to 7 hours and 5 minutes. Considering this as the time 7:05 (ignoring the fact that ordinarily the hour hand would be 1/12 of the way between the '7' and '8' at exactly 19:05), and needing the evening time equivalent, this yields 19:05.

Putting this all together we get BRILLIANT GERMAN CLERK IN 1905. Albert Einstein was a German clerk in a patent office in Bern at the time of writing these four papers, which were published in 1905. The use of their initials in the title is confirmation that the final answer should be their common 14-letter collective name, ANNUS MIRABILIS, rather than merely his own name, which also happens to be 14 letters long!

• I'm quite glad I didn't post my "answer" now. Commented Feb 18, 2021 at 12:25
• It's a little embarassing, I may share it later. No ideas yet. Notice also how the name is also 14 letters split in two parts. Commented Feb 18, 2021 at 12:27
• Yes, I think you are right, probably a mislead on OP's part. Good work on getting this! Commented Feb 18, 2021 at 12:29
• @Prim3numbah Okay, I see what word it clues now. I'll try and explain that to wrap it up for completeness...
– Stiv
Commented Feb 18, 2021 at 13:00
• Yea, I thoguht about that. But isn't a line defined in such a way that it does not have any width? The good ol' - what's the area of a line.. Commented Feb 18, 2021 at 13:46