Dangers - Revision history

Apm: /* B biological */

2025-08-21T12:13:50Z

B biological

← Older revision		Revision as of 14:13, 21 August 2025
Line 131:		Line 131:
	As for the technology tackled in this wiki discussed in [[Main Page\|this wiki]]:		As for the technology tackled in this wiki discussed in [[Main Page\|this wiki]]:
	* The [[gemstone metamaterial technology\|far term part of the technology]] could be very indirectly abused to do nasty things area. Similar techniques to: [[Food production]]		* The [[gemstone metamaterial technology\|far term part of the technology]] could be very indirectly abused to do nasty things area. Similar techniques to: [[Food production]]
	* There are good reasons to expect that any sufficiently towards [[~~gemstome~~ metamaterial technology]] targeted "[[near term pathway technology]]" steers well clear of biohazardous risks.		* There are good reasons to expect that any sufficiently towards [[gemstone metamaterial technology]] targeted "[[near term pathway technology]]" steers well clear of biohazardous risks.

	What may come with biohazardous risks (of hard to predict magnitude) is a technology development path that <br>		What may come with biohazardous risks (of hard to predict magnitude) is a technology development path that <br>

Apm: /* Related */

2024-08-12T08:23:39Z

← Older revision		Revision as of 10:23, 12 August 2024
Line 216:		Line 216:
	== Related ==		== Related ==

			* [[Opportunities]]. As complementary page to page: [[Dangers]]
			----
	* [[Disaster proof]]		* [[Disaster proof]]
	----		----

Apm: APM and nuclear technology

2023-06-14T13:38:10Z

APM and nuclear technology

← Older revision		Revision as of 15:38, 14 June 2023
Line 237:		Line 237:
	This worry comes up as as isotope sorting no longer needs giant factories with centrifuges. See: [[Isotope sorting]]<br>		This worry comes up as as isotope sorting no longer needs giant factories with centrifuges. See: [[Isotope sorting]]<br>
	This still needs notable amounts of ore. Also such systems implementation code is nowhere near as trivial as for making poisons and explosives. <br>		This still needs notable amounts of ore. Also such systems implementation code is nowhere near as trivial as for making poisons and explosives. <br>
	Less easy to hack one together only form other individually innocuous openly accessible code components.		Less easy to hack one together only form other individually innocuous openly accessible code components. <br>
			Related: [[APM and nuclear technology]]

	== External links ==		== External links ==

Apm: /* Related */

2023-06-14T13:37:21Z

← Older revision		Revision as of 15:37, 14 June 2023
Line 237:		Line 237:
	This worry comes up as as isotope sorting no longer needs giant factories with centrifuges. See: [[Isotope sorting]]<br>		This worry comes up as as isotope sorting no longer needs giant factories with centrifuges. See: [[Isotope sorting]]<br>
	This still needs notable amounts of ore. Also such systems implementation code is nowhere near as trivial as for making poisons and explosives. <br>		This still needs notable amounts of ore. Also such systems implementation code is nowhere near as trivial as for making poisons and explosives. <br>
	Less easy to hack ~~hack~~ together form other individually innocuous openly accessible code components.		Less easy to hack one together only form other individually innocuous openly accessible code components.

	== External links ==		== External links ==

Apm: /* Related */

2023-06-14T13:36:50Z

← Older revision		Revision as of 15:36, 14 June 2023
Line 236:		Line 236:
	* people secretly making nuclear bombs at home		* people secretly making nuclear bombs at home
	This worry comes up as as isotope sorting no longer needs giant factories with centrifuges. See: [[Isotope sorting]]<br>		This worry comes up as as isotope sorting no longer needs giant factories with centrifuges. See: [[Isotope sorting]]<br>
	This still needs notable amounts of ore. Also such systems implementation code is ~~no where~~ near as trivial as for making poisons and explosives. <br>		This still needs notable amounts of ore. Also such systems implementation code is nowhere near as trivial as for making poisons and explosives. <br>
	Less easy to hack hack together form other individually innocuous openly accessible code components.		Less easy to hack hack together form other individually innocuous openly accessible code components.

Apm: /* Related */

2023-06-14T13:36:29Z

← Older revision		Revision as of 15:36, 14 June 2023
Line 236:		Line 236:
	* people secretly making nuclear bombs at home		* people secretly making nuclear bombs at home
	This worry comes up as as isotope sorting no longer needs giant factories with centrifuges. See: [[Isotope sorting]]<br>		This worry comes up as as isotope sorting no longer needs giant factories with centrifuges. See: [[Isotope sorting]]<br>
	This still needs ~~large~~ amounts of ore. Also such systems implementation code is no where near as trivial as for making poisons and explosives. <br>		This still needs notable amounts of ore. Also such systems implementation code is no where near as trivial as for making poisons and explosives. <br>
	Less easy to hack hack together form other individually innocuous openly accessible code components.		Less easy to hack hack together form other individually innocuous openly accessible code components.

Apm: /* Related */ nuclear proliferation

2023-06-14T13:35:50Z

Related: nuclear proliferation

← Older revision		Revision as of 15:35, 14 June 2023
Line 230:		Line 230:
	'''In most cases greatly overestimated threats:'''		'''In most cases greatly overestimated threats:'''
	* [[Grey goo horror fable]], [[Reproduction hexagon]], [[Replication pentagon]]		* [[Grey goo horror fable]], [[Reproduction hexagon]], [[Replication pentagon]]
			----
			'''Autonomous independent local (at home!) nuclear proliferation of rouge individuals:''' <br>
			* people secretly building their own nuclear small scale in the basement reactors (no ill intent but bad outcome likely)
			* people secretly making dirty bombs at home
			* people secretly making nuclear bombs at home
			This worry comes up as as isotope sorting no longer needs giant factories with centrifuges. See: [[Isotope sorting]]<br>
			This still needs large amounts of ore. Also such systems implementation code is no where near as trivial as for making poisons and explosives. <br>
			Less easy to hack hack together form other individually innocuous openly accessible code components.

	== External links ==		== External links ==

Apm: /* Related */

2023-06-14T12:40:07Z

← Older revision		Revision as of 14:40, 14 June 2023
Line 221:		Line 221:
	* [[Poisons]] and (maybe to lesser degree as more complex molecules: [[Drugs]])		* [[Poisons]] and (maybe to lesser degree as more complex molecules: [[Drugs]])
	* [[Explosives]] – metastable very high energy compounds like e.g. sp3 solid nitrogen.		* [[Explosives]] – metastable very high energy compounds like e.g. sp3 solid nitrogen.
	* Diamondoid dust. Accidental inhalation may lead to to silicosis like symptoms. <br>See: [[Spill avoidance guideline]]. But no one cares in war.		* Diamondoid dust. Accidental inhalation may lead to to silicosis like symptoms. <br>See: [[Spill avoidance guideline]]. But no one cares in war. The degree of the problem depends on the type of base material gemstone used. Water soluble gems pose less of a problem.
	----		----
	'''Truly terrifying:'''		'''Truly terrifying:'''

Apm: /* Related */

2023-06-14T12:37:13Z

← Older revision		Revision as of 14:37, 14 June 2023
Line 221:		Line 221:
	* [[Poisons]] and (maybe to lesser degree as more complex molecules: [[Drugs]])		* [[Poisons]] and (maybe to lesser degree as more complex molecules: [[Drugs]])
	* [[Explosives]] – metastable very high energy compounds like e.g. sp3 solid nitrogen.		* [[Explosives]] – metastable very high energy compounds like e.g. sp3 solid nitrogen.
			* Diamondoid dust. Accidental inhalation may lead to to silicosis like symptoms. <br>See: [[Spill avoidance guideline]]. But no one cares in war.
	----		----
	'''Truly terrifying:'''		'''Truly terrifying:'''
	* [[Gemstone metamaterial based weapons]]		* [[Gemstone metamaterial based weapons]]
	* Rouge airborne [[microcomponent maintenance microbot]]s as stealthy as pollen. <br> Very advanced technology level. Product surfaces featuring combination locks may be a countermeasure that eventually becomes necessary.		* Rouge airborne [[microcomponent maintenance microbot]]s as stealthy as pollen. <br> Very advanced technology level. Product surfaces featuring combination locks may be a countermeasure that eventually becomes necessary.
	* ~~Accidental inhalation of~~ diamondoid dust ~~eventually leading to silicosis like symptoms. <br>See: [[Spill avoidance guideline]]. But~~ no one cares in war.		* Those airborne micro-robots (not nanobots) acting as harmful diamondoid dust and set free in high quantities as no one cares about pollution and spill in war.
	----		----
	'''In most cases greatly overestimated threats:'''		'''In most cases greatly overestimated threats:'''

Apm: /* Related */ diamondoid dust silicosis risk

2023-06-14T12:33:50Z

Related: diamondoid dust silicosis risk

← Older revision		Revision as of 14:33, 14 June 2023
Line 218:		Line 218:
	* [[Disaster proof]]		* [[Disaster proof]]
	----		----
	Easy to produce in great quantity and higly dangerous:		'''Easy to produce in great quantity and higly dangerous:'''
	* [[Poisons]] and (maybe to lesser degree as more complex molecules: [[Drugs]])		* [[Poisons]] and (maybe to lesser degree as more complex molecules: [[Drugs]])
	* [[Explosives]] – metastable very high energy compounds like e.g. sp3 solid nitrogen.		* [[Explosives]] – metastable very high energy compounds like e.g. sp3 solid nitrogen.
	----		----
	Truly terrifying:		'''Truly terrifying:'''
	* [[Gemstone metamaterial based weapons]]		* [[Gemstone metamaterial based weapons]]
	~~----~~
	* Rouge airborne [[microcomponent maintenance microbot]]s as stealthy as pollen. <br> Very advanced technology level. Product surfaces featuring combination locks may be a countermeasure that eventually becomes necessary.		* Rouge airborne [[microcomponent maintenance microbot]]s as stealthy as pollen. <br> Very advanced technology level. Product surfaces featuring combination locks may be a countermeasure that eventually becomes necessary.
			* Accidental inhalation of diamondoid dust eventually leading to silicosis like symptoms. <br>See: [[Spill avoidance guideline]]. But no one cares in war.
	----		----
	In most cases greatly overestimated threats:		'''In most cases greatly overestimated threats:'''
	* [[Grey goo horror fable]], [[Reproduction hexagon]], [[Replication pentagon]]		* [[Grey goo horror fable]], [[Reproduction hexagon]], [[Replication pentagon]]