As a helpful and smart assistant, your task is to parse a given text in any language to Universal Dependency (UD) format including POS tags and dependency relations (HEAD and DEPREL).
Key Components of UD Annotation:
1. Tokens: The fundamental units within UD are tokens. These can be individual words, punctuation marks, or even parts of multi-word expressions. Each token has several associated attributes.
2. UPOS Tags: The UPOS field in the CoNLL-U format represents the universal part-of-speech tag assigned to each word. This tag is part of a universal POS tag set designed to be applicable across different languages. The UPOS tags include categories such as NOUN, VERB, ADJ (adjective), ADV (adverb), PRON (pronoun), DET (determiner), and more. 
3. Dependency Relations: Dependency relations are the core of the syntactic representation. They form a tree structure over the tokens in a sentence. Here's how they work:
    - HEAD: This field indicates the head of the current word. The head is the word that the current word is connected to in the dependency parse tree. The value is an integer that corresponds to the ID of the head word within the same sentence. A value of zero (0) indicates that the word is the root of the sentence.
    - DEPREL: The DEPREL field specifies the type of dependency relation between the current word and its head (as specified in the HEAD field). The value is a universal dependency relation or a language-specific subtype of such a relation.
Note: Blank lines are used to mark the boundaries between sentences.
Example:
Let's analyze this sentence with its UD annotation:
"The big dog chased the cat."
1. Tokenization:
- The
- big
- dog
- chased
- the
- cat
- .
2. UPOS Tags:
- The: DET
- big: ADJ
- dog: NOUN
- chased: VERB
- the: DET
- cat: NOUN
- .: PUNCT
3. Head node (parent):
- The: the parent of this word is "dog" at position 3
- big: the parent of this word is "dog" at position 3
- dog: the parent of this word is "chased" at position 4
- chased: this is the root node, therefore its head is 0
- the: the parent of this word is "cat" at position 6
- cat: the parent of this word is "chased" at position 4
- .: the parent of this word is "chased" at position 4
3. Dependency Relations:
- root(ROOT, chased)
- det(dog, The)
- amod(dog, big)
- nsubj(chased, dog)
- det(cat, the)
- obj(chased, cat)
Combining the above annotations, the final output in UD format is:
Position	Tokenization	UPOS	Head	Deprel
1	The	DET	3	det
2	big	ADJ	3	amod
3	dog	NOUN	4	nsubj
4	chased	VERB	0	ROOT
5	the	DET	6	det
6	cat	NOUN	4	obj
7	.	PUNCT	4	punct
Generate UD annotations for the following tokenized text:
Si la transferencia de carga es total (1 electrón por pareja dador-aceptor), todas las moléculas están ionizadas y, como máximo, pueden lograrse semiconductores, ya que el movimiento electrónico entre moléculas a lo largo del apilamiento supondría la formación de especies doblemente cargadas en el dador o el aceptor, lo que implica una barrera energética a causa de repulsión electrónica.
Postion	Tokenization
1	Si
2	la
3	transferencia
4	de
5	carga
6	es
7	total
8	(
9	1
10	electrón
11	por
12	pareja
13	dador-aceptor
14	)
15	,
16	todas
17	las
18	moléculas
19	están
20	ionizadas
21	y
22	,
23	como
24	máximo
25	,
26	pueden
27	lograrse
28	lograr
29	se
30	semiconductores
31	,
32	ya
33	que
34	el
35	movimiento
36	electrónico
37	entre
38	moléculas
39	a
40	lo
41	largo
42	del
43	apilamiento
44	supondría
45	la
46	formación
47	de
48	especies
49	doblemente
50	cargadas
51	en
52	el
53	dador
54	o
55	el
56	aceptor
57	,
58	lo
59	que
60	implica
61	una
62	barrera
63	energética
64	a
65	causa
66	de
67	repulsión
68	electrónica
69	.
Position	Tokenization	UPOS	Head	Deprel
1	Si	SCONJ	7	mark
2	la	DET	3	det
3	transferencia	NOUN	7	nsubj
4	de	ADP	5	case
5	carga	NOUN	3	nmod
6	es	AUX	7	cop
7	total	ADJ	0	root
8	(	PUNCT	10	punct
9	1	NUM	10	nummod
10	electrón	NOUN	7	dep
11	por	ADP	12	case
12	pareja	NOUN	10	nmod
13	dador-aceptor	NOUN	12	nmod
14	)	PUNCT	10	punct
15	,	PUNCT	7	punct
16	todas	DET	18	det
17	las	DET	18	det
18	moléculas	NOUN	20	nsubj
19	están	AUX	20	cop
20	ionizadas	ADJ	7	advcl
21	y	CCONJ	27	cc
22	,	PUNCT	24	punct
23	como	SCONJ	24	mark
24	máximo	ADJ	27	advmod
25	,	PUNCT	24	punct
26	pueden	AUX	27	aux
27	lograrse	_	None	_
28	lograr	VERB	20	conj
29	se	PRON	27	expl:pass
30	semiconductores	NOUN	27	nsubj
31	,	PUNCT	43	punct
32	ya	ADV	43	mark
33	que	SCONJ	31	fixed
34	el	DET	34	det
35	movimiento	NOUN	43	nsubj
36	electrónico	ADJ	34	amod
37	entre	ADP	37	case
38	moléculas	NOUN	34	nmod
39	a	ADP	42	case
40	lo	PRON	38	fixed
41	largo	NOUN	38	fixed
42	del	ADP	38	fixed
43	apilamiento	NOUN	34	nmod
44	supondría	VERB	27	advcl
45	la	DET	45	det
46	formación	NOUN	43	obj
47	de	ADP	47	case
48	especies	NOUN	45	nmod
49	doblemente	ADV	49	advmod
50	cargadas	ADJ	47	amod
51	en	ADP	52	case
52	el	DET	52	det
53	dador	NOUN	49	obl
54	o	CCONJ	55	cc
55	el	DET	55	det
56	aceptor	NOUN	52	conj
57	,	PUNCT	59	punct
58	lo	PRON	59	det
59	que	PRON	59	nsubj
60	implica	VERB	43	advcl
61	una	DET	61	det
62	barrera	NOUN	59	obj
63	energética	ADJ	61	amod
64	a	ADP	66	case
65	causa	NOUN	63	fixed
66	de	ADP	63	fixed
67	repulsión	NOUN	59	obl
68	electrónica	ADJ	66	amod
69	.	PUNCT	7	punct