@LustosaChico But this review is a great starting point : https://t.co/mz0Wtj780l
@TradeTexasBig yeah, GUPs can come about in a variety of different ways. @skdh has a nice review with lots of good refs in this here: https://t.co/Ao9RzTBXhm
@CburgesCliff @naomigend @WKCosmo in numerous thought experiments on quantum uncertainty with gravity https://t.co/Ao9RzTBprO to name a few.
@tanmay_singal @lmdequeiroz Yeah for space you get into trouble if you include gravity -- if you try to resolve too much in position you need very high momenta/energies which leads to the creation of a black hole. See section 3 of this paper for several wa
@paul_snively @fabgenovese @TaliaRinger @andrejbauer @taooftypes It might makes no sense to speak of a distance less than the Planck length, given our current understanding of Physics. This paper is a good overview on the question: https://t.co/Kw8qfUgrSY
@skdh I've found myself going back all the time to this wonderful review while doing my works https://t.co/zDeb1menNm https://t.co/jiS3XQANTl
@TheBitingGadfly @litgenstein I'm not sure how familiar with the arguments. My knowledge mainly stems from Hossenfelder (https://t.co/0ZjJg8U0l8) and Hagar (https://t.co/RZb8yncLym) and that was a while ago.
@wraitlito @hsocasnavarro Yo creo que no es lo mismo. La distancia de Planck es una distancia mínima, pero no significa que el espacio-tiempo tenga que ser discreto y con una malla con esa separación. En cualquier caso, hay gente que estudia estas cosas te
Really I nteresting paper. https://t.co/TSTtNKHaL2 Only 25% through it. Print is too fine for easy reading by my older eyes on my iPhone 7 Plus. 😫
RT @NewLeibniz: #math #physics #astronomy This is not exactly beach reading, but I like survey articles and this one is quite interesting.…
#math #physics #astronomy This is not exactly beach reading, but I like survey articles and this one is quite interesting. Also, I didn't know that you could get anything from Springer that didn't cost a fortune, and this article is free: https://t.co/PJ0b
RT @skdh: If you want to know more about the occurrence of a finite, minimal length in approaches to quantum gravity, I summarized what's k…
RT @skdh: If you want to know more about the occurrence of a finite, minimal length in approaches to quantum gravity, I summarized what's k…
RT @skdh: If you want to know more about the occurrence of a finite, minimal length in approaches to quantum gravity, I summarized what's k…
If you want to know more about the occurrence of a finite, minimal length in approaches to quantum gravity, I summarized what's known about this in my review: https://t.co/rzWqgnIngM
RT @_kmt46: 紫外発散の解決に向けた普遍的長さ単位(minimal length)の導入について、1930年代のハイゼンベルクから最近までのレビュー Sabine Hossenfelder: Minimal Length Scale Scenarios for Q…
紫外発散の解決に向けた普遍的長さ単位(minimal length)の導入について、1930年代のハイゼンベルクから最近までのレビュー Sabine Hossenfelder: Minimal Length Scale Scenarios for Quantum Gravity https://t.co/gW68xTHMs9
RT @arXiv_trend: [+3][gr-qc/1203.6191] Sabine Hossenfelder: Minimal Length Scale Scenarios for Quantum Gravity https://t.co/sekQRb1pak
RT @jrdmb: An @skdh review: do laws of nature limit probing arbitrarily short distances; Minimal Length Scale Scenarios for QG https://t.c…
An @skdh review: do laws of nature limit probing arbitrarily short distances; Minimal Length Scale Scenarios for QG https://t.co/kDovMAhDlS
RT @GeorgeShiber: .@AmirRAmini '#Physics' &: #Planck-Scale #LorentzViolation https://t.co/AAos3KAFrT Length-Scales for #QuantumGravity http…
.@AmirRAmini '#Physics' &: #Planck-Scale #LorentzViolation https://t.co/AAos3KAFrT Length-Scales for #QuantumGravity https://t.co/6vVvTRTl3B
Minimal Length Scale Scenarios for Quantum Gravity https://t.co/br3OSpqtP8
is there a shortest length? minimal length scale in #quantummechanics, black-hole #physics, #cosmology http://t.co/ms9XoJxPe3
RT @arXiv_trend: (+2,gr-qc)[1203.6191] Sabine Hossenfelder : Minimal Length Scale Scenarios for Quantum Gravity http://t.co/sekQRb1pak
RT @StarshipBuilder: @skdh @novaphysics Minimal Length Scale Scenarios for Quantum Gravity http://t.co/n3UdSQ9RM9 My money is on discreet!
RT @StarshipBuilder: @skdh @novaphysics Minimal Length Scale Scenarios for Quantum Gravity http://t.co/n3UdSQ9RM9 My money is on discreet!
@skdh @novaphysics Minimal Length Scale Scenarios for Quantum Gravity http://t.co/n3UdSQ9RM9 My money is on discreet!
Unfortunately, @skdh's living review on minimal length scales & QG (http://t.co/n1B3P7efAa) was misused by authors of http://t.co/xTzov1DsBv
Unfortunately, @skdh's living review on minimal length scales & QG (http://t.co/n1B3P7efAa) was misused by authors of http://t.co/xTzov1DsBv